Annual report 2009Construction Management & Engineering

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Contents Introduction 3

1 Technological Innovation 6

2 Innovation through Collaboration 15

3 Health Care 24

4 Sustainable Building 28

5 Risk Management and Failure Costs 34

6 Promotions 38

7 Education 43

8 International Cooperation and Collaboration 46

9 Publications 51

10 MA Theses 68

3

Introduction

4

In 2009 universities in the Netherlands were confronted with decreasing

budgets as a result of a combination of the economic crisis, political decisions

and increasing costs of operation.

Despite the dark clouds the department of Construction Management and

Engineering has been active in generating new funds from the industry and in

gaining funds from scientific tenders. The total portfolio of research projects

grew in 2009 up to a total of 19 PhD researchers and 3 post doc positions. Several

exciting new projects have been launched as you will read in this report. The

first projects of Pioneering started in 2009. Pioneering is a regional community

of practice consisting of local governments, the construction industry and

knowledge institutes. Pioneering has a 6 million euros turnover per year

and our group plays a key role in this community. Besides, the department

is expanding her activities on integrated project delivery, sustainable and

green buildings, visualization and simulation projects, building information

modeling, innovative procurement systems and asset management.

Last year, approximately 50 master students graduated from the Department

and, despite the recession, the graduates still have great career opportunities.

Moreover, a growing number of alumnae are working in key positions in the

industry. The department further launched some new promising education

initiatives. The group is involved in the development of the Master Construction

Management and Engineering and the Techno MBA Master of the University of

the Netherlands Antilles. Another major new initiative is the development of

the ABCDE master together with the Industrial Design Engineering Group.

We further strengthened our cooperation with the military academy resulting

in several joint PhD projects and exchange of staff and students. Also, we

continued our cooperation with colleagues in the 3TU Center of Competence

(Speerpunt Bouw) and with other universities leading to a wide variety of joint

projects in education and research.

We are pleased to offer you this annual report. A selection of research themes

undertaken in 2009 is described in this booklet. This report is aimed at

informing but also challenging you to becoming engaged with the work of the

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Prof. dr. Geert Dewulf

department. The mission of the Department of CME encompasses all aspects of

the construction process to do with the definition, appraisal, design, delivery

of the projects, and life-time behavior of objects. It deals with the interests of

all stakeholders involved, as well as the construction business in its broadest

sense. For this reason the thrust of the research is an interdisciplinary program

focusing on integration of technology and management for the purpose of

producing innovative solutions. The design oriented approach, the close co-

operation with practice and the emphasis on integration of disciplines are

major distinctive features of this research program.

We develop new insights in the complex world of construction processes which

enables the next generation of construction engineers to manage integrated

projects. We hope you will enjoy reading the report and we hope to continue

our cooperation with you in the future.

Subdivision of sections:

Technological Innovation: the innovation of information, and building 1.

process systems.

Innovation through Collaboration: the innovation of inter-organizational 2.

collaboration and people relations in the construction work place.

Sustainable Building: the concept of sustainability in terms of material 3.

and energy use.

Health Care: the flexibility between health care services and facility use.4.

Risk Management: the control of risks in project management.5.

Education: courses and teaching.6.

International Cooperation and Collaboration: research network.7.

Promotions.8.

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1 Technological Innovation

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To boost the regional economy, the region Twente and the province Overijssel

drafted a “route to innovation”. Together they created a fund to subsidize

innovative projects. The total scheme works in six clusters. One of these clusters

focuses on the construction industry. That construction industry cluster is

called Pioneering. Stretched over half a decade projects will be undertaken

to improve the economic structure of the regional construction industry.

Pioneering intends to turnover 6 million euro annually – half of that will be

subsidies, the other half will be matched in kind by Pioneering partners. Being

a co-founder of Pioneering, and one of the originators of the initial program,

the cluster CM&E is deeply involved in Pioneering. On Pioneering Board level

André Dorée acts as the scientific advisor of the program. Robin the Graaf is

the chief coordinator of the working group and projects in the area of Systems

Engineering. Elma Durmisevic performs a similar position for Individual

Sustainable Flexible Housing solutions. Bram Entrop participates in the

working group for CO2 neural refurbishment. Seirgei Miller, Timo Hartmann

and André Dorée are activily involved in the working group for innovative

approaches for infrastructure. The PhD-project of Jochem Nijs is the first of

projects that are supported by Pioneering. In 2010 another four PhD projects

will be starting. Next to the five larger projects with dedicated PhD’s, CM&E

students and staff will be involved in several smaller projects related to systems

engineering, flexible housing, innovative approaches in infrastructure projects,

sustainability etcetera. The Pioneering projects require close cooperation

with industry, municipalities, and the regional schools Saxion and ROC. The

network type of cooperation fits well with CM&E’s mode of research. Through

participation in Pioneering we not only contribute to the economic strength

of our regions industry it will also make our CM&E work more visible for our

(potential) partners in the region.

1.1 PIONEERING

Prof. dr. ir. André Dorée

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ASPARi focuses on innovation and performance in the asphalt paving process.

Key in the ASPARi approach is:

Using new SMART Technologies (such as GPS, thermal imaging,); •

To create insights into the paving process and give feedback to operators; •

To reduce variability and enhance control in the paving process;•

To continuously advance productivity;•

To improve product quality for the clients; •

To reduce risks for the paving companies.•

2009 was a busy year for the ASPARI research team. In February André Dorée

and Seirgei Miller travelled to Las Vegas to present the ASPARi work at the

Trimble annual global conference. Trimble invited them to talk about using

GPS to paving and compaction equipment, using infrared thermography to

monitor asphalt temperature, and the types of analyses and visuals derived

from these technologies. The presentation was well received and the conference

was a good opportunity to broaden the network and strengthen the ties with

Trimble. Henny ter Heurne represented ASPARi in a research initiative on

Tire-road surface contact.

1.2 ASPHALT PAVING RESEARCH & INNOVATION

Prof. dr. ir. André Dorée

Ir.Seirgei Miller Dr. ir. Henny ter Huerne

ASPARi is short for Asphalt Paving Research & Innovation. It is a cooperative

network of contractors that work together with CM&E in research projects

and technology development to improve the performance of the asphalt road

construction industry. ASPARi currently has twelve Founders that together

pave about 8 million tonnes Hot Mix Asphalt annually. As a network, they

represent between 80-85 percent of the Dutch Road Paving Industry.

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Several road construction projects were monitored for BAM Wegen and Ooms

during 2009. ASPARi improved the monitoring and reporting methodology

significantly. The data processing time was reduced from over two months to

less than two weeks. To dig deeper into the operational logic of the paving

teams, ASPARi organized four half-day workshops to discuss the past, present

and future of their jobs and vocation. ASpari also developed ProPave v1.0 in

combination with TXchange. Propave is a 4D-Quest based software tool to

animate and simulate the processes on the construction site. It reads the GPS

data and the asphalt temperature data to generate a 4D animation.

Another software development project is ALSim – Asphalt Logistics simulation

Tool. It is an EZStrobe based simulation tool to plan, schedule and control

the logistics of the asphalt mix. M.Sc. student Frank Bijleveld conducted

research into the effect of compaction at different temperatures. His work

is the stepping-stone towards designated time and temperature windows for

compaction operations. In October 2009, Pioneering awarded ASPARi a grant

to develop a virtual road construction site. This project aims to integrate the

tools mentioned above and to work towards a simulator for training road

construction operators. A visit by Bomag’s R&D team in August showed that

the ASPARi work is being recognised internationally. Bomag is a major role

player in the manufacture of asphalt paving and compaction equipment.

Timo Hartmann developed the

asphalt surface projection tool called

“AsphaltOpen”. AsphaltOpen visualizes

site-specific GIS data and GPS path

tracing of equipments’ motions with

the HMA’s physical properties, such as

the cooling of the asphalt layer and its

compaction.

AsphaltOpen stores all data in a central database to allow the company wide

access on previous asphalting operations. In this way, it opens up new ways

for HMA paving contractors to improve and professionalize their paving

operations.

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Conferences & Presentations

The ASPARi work was presented on several stages in 2009. Papers were presented

at the International European Airport Paving Conference (Amsterdam), at

Trimble’s Dimensions 2009 Conference (Las Vegas), the European Group for

Organisation Studies Conference (Barcelona), at Mairepave 09 (Turin) and

at the Asphalt and Bitumen Day (Amersfoort). Work was also presented in-

house for several Founders, and three other networking occasions (Pioneering,

Lighthouse club Overijssel and KIVI). The papers and presentations can be

found on the website www.aspari.nl.

1.3 INTERfACE dESIGN fOR OPEN SySTEmS buILdING

This PhD research has the objective of designing new types of connections

for buildings, allowing buildings to become more adaptable. The connections

between building components are called interfaces. The focus will be to design

a typology of interfaces (a set of connections with similar characteristics) that

can be widely applied in the construction industry. Applying this typology can

create compatibility between building components from different suppliers,

something which is problematic in the conventional way of building. To

achieve this, standardization of connections is necessary at the different levels

of technical composition of a building, resulting in compatibility between

building products from different suppliers.

The interfaces that are to be designed will be applied for Industrial, Flexible,

Demountable (IFD) building. IFD building is a method that focuses on creating

Ir. Jochem Nijs Dr. ir. Elma Durmisevic (daily supervisor)

Prof. dr. ir. Joop Halman (promotor)

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buildings that can be adapted by replacing, reconfiguring or remanufacturing

parts of the building. In this context, a building can be compared to a computer

program that consists of several modules that independently can be upgraded,

reconfigured or added. Therefore, IFD building increases the re-use and

recycling of building parts, resulting in improved sustainability.

Eventually, the new designed interfaces for IFD building will increase

industrialization of the construction industry, meaning that more work will

be done under factory conditions (for example, prefabrication of parts), than

at the building site. This improves the quality of the building components and

results in lower costs.

The project is executed in collaboration with several companies from the

construction industry that participate in a working group called “Industrieel

Duurzaam Flexibel bouwen”. The results of this research will be applied in

practice in a pilot project, in which the designed interfaces will be tested.

1.4 ICT ImPLEmENTATION

In this line of research, we work on ongoing research to learn about how to best

implement new process innovations in construction design and management

practice. During this research we focus on two complementary theoretical

directions.

The first direction aims to develop, validate and refine guidelines for the

successful introduction of ICT at project level focusing on the organizational

boundaries in construction projects. In this research, we focus on understanding

the social phenomena that are related to a successful implementation and use

of technology in its social inter-organizational context. During this research we

jointly work together with large organizations, such as BAM, Ballast Nedam,

Dutch Public Works, and Arcadis.

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Dr. ir. Timo Hartmann

Dr. ir. Arjen Adriaanse

Dr. Hans Voordijk

1.5 VISICO CENTRE

In the next years, the construction industry has to provide socially sound

infrastructure and housing for an exponentially growing world population. At

the same time, the industry has to deal with environmental issues, in particular,

with global warming. Construction engineers and managers can only deal with

these new challenges if they routinely use advanced visualization and simulation

Next to the focus on implementation strategies, we also believe that a better

understanding about bottom-up technology implementation at the single

project team level is necessary to steer successful technology implementations.

After an initial adoption, construction professionals have to adapt technologies

to a frequently changing and messy project environment. Therefore, a second

research direction also focuses on understanding dynamics at the micro

project team level and how project team members make sense of new process

technologies that enables them to mindfully adapt new technologies for a

seamless integration into day-to-day project management practice.

In 2009, the outcomes of our technology implementation research provided

valuable insights about the social dynamics around process technology

implementations in the construction industry. From these insights methods

were developed that help construction and design companies to strategically

diffuse new process technology through their organization. Additionally, we

developed methods that allow project teams to flexibly adjust technologies to

frequently changing project environments.

Prof. dr. Geert Dewulf

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(V&S) systems that flexibly support decision making in complex and quickly

changing environments. To work on the development and dissemination of

such systems, we started the VISICO center in 2009 with the goal to become a

driving force behind the development and dissemination of such visualization

and simulation (V&S) systems for the construction industry.

Different than other institutes that focus either on technology development or

the organizational dissemination of sustainable innovation alone, the belief is

that during the development of V&S systems it is important to simultaneously

account for technological and organizational factors. Sound V&S system

development requires a close and ongoing collaboration between academics

and practitioners. VISICO research focuses on fostering such collaboration

activities. In its first year of existence, VISICO already provided research

results in two main areas:

Project plan optimization through building information modeling:•

VISICO researchers developed new methods of how to create meaningful

building information models that allow project managers to optimize

project plans according to time and budget by focusing on different project

types, such as highways, hospitals, or inner city train stations.

Integration of V&S tools in collaborative design practices:• VISICO

researchers provided meaningful results about how to integrate V&S design

tools, such as automated design coordination systems, energy simulation

programs, or GIS based area development simulation applications into

the construction design process to allow for multi-disciplinary and multi-

stakeholder decision making activities.

The reader can find reports, presentations, and research videos about ongoing

VISICO research activities on our website: http://www.utwente.nl/visico.

Dr. ir. Timo Hartmann

Dr. ir. Edwin Dado (NDLA)

Dr. Hans VoordijkProf. dr. Geert Dewulf

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1.6 SySTEmS ENGINEERING

Systems Engineering is a method to build exactly what is demanded by clients,

users and other relevant stakeholders. It offers an integrated and comprehensive

set of methods and techniques to successfully specify and design projects of all

kinds from a systematic and systemic view. The method is stakeholder driven,

life-cycle oriented, and incorporates value engineering and constructability

aspects. Systems Engineering leads to projects that are delivered within time

and budget constraints and that are exactly in keeping with the demands and

needs of all relevant stakeholders. Using Systems Engineering, the efficiency

and effectiveness of the construction process can be largely improved.

At the department, Systems Engineering is part of three courses: one bachelor

course and two master courses. In the bachelor course, the basics of Systems

Engineering are lectured. In the master courses, Systems Engineering is

discussed and taught in detail. The master courses are the 3TU cornerstone

courses called “Collaborative Design” and “Integration & Orientation.”

Research about Systems Engineering focuses on the practical application

of Systems Engineering in construction. Topics are, amongst others, the

difficulties related to the implementation and adoption of Systems Engineering

at the operational or business level. The research is strongly embedded in real

life projects and is further developed in cooperation with a strong network

of construction companies, clients, consultancies, architects and other

organizations.

Dr. ir. Robin de Graaf

Ir. Karel Veenvliet

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2 Innovation through Collaboration

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2.1 INfRASTRuCTuRE IS A PrImE ObjECTIVE

Dr. ir. Andreas Hartmann

Drs. Daan Schraven

Ir. Tijs de Bree

Amongst others roads, waterways and airports shape our world. The

management of the quality and availability of infrastructure has found

itself in fundamental change. ‘Force mayeure’ effects like changing political

environments, the increase in congestion and the limitations to finance drive

the decisions made in many ways. However, science has just begun to answer

the important challenges for the agencies responsible and affected by these

trends.

PrIME is a new research program that has taken shape by academic staff and

PhD, MSc and BSc research and education in 2009. It aims to investigate and

teach how the management of infrastructure can be more professionalized with

the challenges of tomorrow. PrIME has partners in the infrastructure sector,

such as Grontmij, Iter Fidelis and Rijkswaterstaat. For the first time, the

course ‘Infrastructure Management’ has been given in 2009. Research projects

affiliated to the program include the link between performance measurement

and infrastructure objectives and life cycle costing models.

In 2009, the PhD project of Tijs de Bree has been active in analyzing the

enhanced learning on intra-organizational project teams for infrastructure

maintenance work packages in Zeeland by means of social belief networks.

The PhD project of Daan Schraven started in 2009. He is conducting research

on the complexity of infrastructure intervention decisions. He analyzes these

processes at Rijkswaterstaat from an ‘asset management’ perspective. This

perspective seeks to describe and explain connections of multiple decisions

made for infrastructure. This entails the explicit identification of trade-offs,

e.g. among different types of assets (bridges, tunnels, roads).

Prof. dr. Geert Dewulf

Dr. ir. Henny ter Huerne

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In 2009, academic staff affiliated with PrIME have initiated many new potential

projects with the infrastructure sector. Henny ter Huerne has held workshops

for asset management at provinces in the Netherlands. Andreas Hartmann and

Prof. dr. Geert Dewulf have sought collaboration with TU Delft for a project

on creating coherence in the tendering process of concession contracts. For

2010, PRIME is expanding her activities with other European institutions in

the infrastructure sector. Since Infrastructure is a PrIME objective. For more

information visit: www.utwente.nl/prime.

2.2 ImPROVING buyER-SuPPLIER RELATIONSHIPS IN THE duTCH CONSTRuCTION INduSTRy

In earlier research the management and maturity of buyer-supplier

relationships in the construction industry was assessed. This research has

shown that supplier relationship management in the Dutch construction

industry can be improved. Furthermore, it has shown that construction firms

have become aware of the fact that different suppliers demand for different

relation management approaches.

Taking the high improvement potential for supplier relationship management

of Dutch construction firms as a starting point, a couple of the original 19

companies researched, were further analyzed. This research dealt with

the design of measures or approaches for improving supplier relationship

management of Dutch construction firms. In developing these measures

and approaches design science methodology was used. Next, based on this

Ir. Jeroen Bemelmans

Dr. Hans Voordijk (daily supervisor)

Prof. dr. ir. Bart Vos (University of Tilburg- promotor)

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methodology, context specific frameworks and portfolio models were developed

to improve performance on supplier relationship management.

For each of the case companies a set of measures were proposed to improve

supplier relationship management. It is argued that each company may reach

a higher level of professionalism by adapting the proposed measures.

2.3 CuLTuRAL HERITAGE

In general, the quality and individual character of spatial developments

improves if the existing cultural heritage is used. However, preservation

and transformation of the heritage buildings is a complex process. Various

stakeholders are involved, all with their different perceptions and interests.

Besides, investments needed to preserve and transform cultural heritage

for new use with current standards are high. Some parties take advantage

of the added value without contributing to the costs of the redevelopment.

Cities and private parties are searching for new methods and ideas to embed

cultural heritage in the redevelopment project. The University of Twente

(Prof. dr. Geert Dewulf, Marnix Smit and Marlijn Baarveld), together with

Nicis Institute, four municipalities, the real estate & development company

of the Dutch government (RVOB) and the Dutch Railroad Company (NS

Poort) started a research program. The objective of their research is to

increase insight in the opportunities, chances and threats of balancing costs

and benefits, actor involvement and establishing project coalitions in urban

redevelopment projects in which cultural heritage plays an important role.

Since the start in 2009 a study of literature and a quick scan of five projects

Ir. Marnix Smit (daily supervisor)

Prof. dr. Geert Dewulf (promotor)

Ir. Marlijn Baarveld

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took place. Next step will be to explore critical success conditions for balancing

costs and benefits. Therefore a comparative ex-post evaluation of cultural

heritage projects in the Netherlands will be conducted. Using action research

the resulting propositions will be discussed, implemented and monitored for

the transformation of cultural heritage in a number of projects. The projects

Hembrugterrein (Zaanstad), Wagenwerkplaats (Amersfoort), Hart van Zuid

(Hengelo), Spoorzone Tilburg (Tilburg) and ‘ t Vaneker (Enschede) are part of

the research program.

The era of open innovation has started. Many firms no longer conduct all

their new product development activities only in-house. Because of this trend

it has become utmost important to understand how firms that collaborate in

joint innovation projects, achieve success. Two PhD research projects of our

department tackle different aspects of this question. Here, we will introduce

you to each of these PhD research projects.

2.4 OPEN INNOVATION IN CONSTRuCTION

2.4.1 jOINT INNOVATION PROjECTS

Imagine you are a firm that is collaborating with three other firms in a joint

innovation project. Together you are creating a new roofing system. Your initial

goal was to introduce the revolutionary new system to the market in 2011.

However, today one of the other firms decided to quit the joint innovation

project. You are stupefied. “What happened? This could kill the project. Why

is he quitting?”

Prof. dr. ir. Joop Halman (promotor)

Prof. dr. ir. André Dorée (promotor)

Ir. Maarten Rutten

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2.4.2 INNOVATION IN LOOSELy COuPLEd NETwORkS

In a specialized, loosely coupled industry like the construction industry, open

innovation is a way to mix and match inside competences with resources

externally available. Especially systemic or so called architectural innovations,

e.g. modular housing systems based on a new set of interface standards, can

only be developed in conjunction with related innovations within a network

of firms. Questions that must be dealt with concern: what type of interface

standards will be designed, who owns the property rights over the new standards

and what kind of partnering relationships motivate individual companies to

collaborate?

Case studies and a large survey study shows that tighter coupling among firms

is required when the new system design departs from the dominant design

rules prevailing in an industry. Tighter inter-firm collaboration and new

organizational arrangements pave new paths for systemic innovation in the

construction industry.

Prof. dr. Michael Song (promotor)

Prof. dr. ir. Joop Halman (promotor)

Dr. Hans Voordijk (daily supervisor)

Ir. Erwin Hofman

To better understand what mechanism drives firms to quit or continue a

joint innovation project Maarten Rutten conducted a survey in 2009. The

survey will show whether decision making theory can help us to improve our

understanding. In 2010 the results will be presented.

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One of our PhD students, Mieke Hoezen, was invited to observe the daily

activities in the Coentunnel project, a large Dutch infrastructure project.

The project is the first service-led infrastructure contract in the Netherlands

which is procured by competitive dialogue. The construction activities have

started, but that was not of main interest to Mieke made a reconstruction of

the procurement process. During qualification and the competitive dialogue

several decisions have been made to assure the best contractor was contracted,

on the best contractual arrangements. Mieke researched whether the initial

ideas worked out as planned, and what the perceived influence was of making

use of the competitive dialogue procedure. Her research showed that the

competitive dialogue has provided an opportunity for the public principal

to make known to the private contractors what its needs were, and that the

contract was adjusted to the solutions of the contractor. Whether or not the

contract will work out as planned, will become clear when the construction

progresses.

2.5 THE COmPETITIVE dIALOGuE ANd THE COEN- TuNNEL PROjECT

Dr. Hans Voordijk (daily supervisor)

Prof. dr. Geert Dewulf (promotor)

Ir. Mieke Hoezen

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2.6 LEARNING IN INTERORGANIzATIONAL PROjECTS

Building and maintaining infrastructure in construction is primarily

organized around inter-organizational projects that link two or more different

organizations. Besides operational work, also strategic renewal and innovation

are often shaped in these projects. Inter-organizational projects constitute

temporal arenas for diverse cross-organizational activities. Within these arenas,

resources with a specific culture, organizational and personal background work

together during an ex-ante defined project-bound time span. Therefore, it is

likely that an inter-organizational project is a fertile breeding ground for new

knowledge and practices. On the other hand, these joint processes may very

well be laborious due to the misalignment of actor and organization specific

logics. In fact, different theories underpin both views upon the role of inter-

organizational projects on learning and innovation. Much as we agree on this

paradox in existing theories, we found no answer to the question if and how

learning is taking place within inter-organizational projects.

This research project investigates the learning process associated with the

implementation of new infrastructure management policy in the Netherlands.

Reverting to social cognitive learning theory and activity theory the research

adopts a network perspective of learning. It aims at describing and explaining

the emergence, creation and evolution of learning networks in inter-

organizational projects.

Dr. ir. Andreas Hartmann (daily supervisor)

Prof. dr. Geert Dewulf (promotor)

Ir. Tijs de Bree

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The impact of regulation, theory and practice of public sector procurement

& tendering is relevant for about two decades now. New types on innovative

procurement and contracting are developed, tested and evaluated. Innovative

procurement is seen as the key to industry reform. André Dorée and Hans

Boes are actively involved in procurement issues and debates. Several BA and

MA-thesis related to public sector procurement were successfully completed.

Lectures were given at symposia for audiences from industry as well as local

authorities. A study was carried out for the East Netherlands Construction

Industry Reform Board focusing the state of procurement practice of local

authorities in Overijssel, Gelderland & Flevoland. Actively involved in

this board we supported new initiatives on past performance evaluation,

sustainable procurement and implementation of innovative procurement in

general, especially on local level. We also co-authored a booklet to inspire

local governors to move away form traditional design bid build procurement.

For the municipality of Deventer we produced a report discussing a strategy

for the transformation process towards a more facilitating role, in line with

the innovative procurement initiatives. A paper by Joop van Duren and André

Dorée on Performance information Procurement approaches was published in

the international journal for Public Procurement. In 2010 we intend to replicate

our procurement questionnaire (as in 1995, 2000 and 2005) and work towards

a longitudinal analysis. Work and project on “building team”, implementation

of sustainable procurement and innovative procurement will be on going.

2.7 PROCuREmENT, TENdERING & mARkET dyNAmICS

Drs. ing. Hans Boes

Prof. dr. ir. André Dorée

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3 Health Care

25

‘Organisations in healthcare real estate face many challenges these days.

Real estate is one of the five capital assets that facilitate the primary process

at all times, which is the provision of care. Several uncertain developments

influence the healthcare. The most influencing one in the Netherlands is the

transition of a full remuneration of all capital costs into a remuneration for

capital costs incorporated in every treatment that is provided. This policy

forces health organisations to use resources more efficient. In this research

the focus is on Dutch health organisations, both in the cure and care. Because

of the changing character of health provision, it is necessary that real estate

can adapt to these changes. The aim of the research is to gain more insight into

what building organisation forms provide flexibility to make health real estate

more adaptable to a changing primary process. The approach from the real

option theory is used.

Together with two participating hospitals, Twinta en Gelre, the following

actions will be undertaken to discover what options in real estate strategies

there are under certain circumstances and under what conditions:

Building scenarios based on developments that have a large influence on •

the organisation but are hard to predict.

Analyse different real estate strategies under the various scenario’s.•

The research is action research oriented, which means that the participating

organisations are actively involved and the results will be used to improve their

own real estate strategies. Further methods are case study research, interviews,

surveys, literature and document analysis.

3.1 SEEkING fOR fLExIbILITy IN HEALTH CARE REAL ESTATE mANAGEmENT

Dr. ir. Anneloes Blanken (daily supervisor)

Prof. dr. Geert Dewulf (promotor)

Ir. Maartje Reedt Dortland

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Together with the Health Ministry and the Ministry of Youth of Iraq, EU and

Iraqi medical experts, and the UT departments of medical sciences, faculty MB,

Dr. Karim is working on a Primary Health Care Capacity-building proposal

for Iraq. The objective of this project is to improve the human resources and

the capacity of primary health care institutions. This can be achieved through

proper implementation of a new primary health care structure in this country.

The focus is on the technology, the management and the infrastructure of a new

primary health care concept for children and mothers. The project is guided by

an expert panel consisting of the deans of Iraqi medical colleges, professionals

involved in the Iraqi primary health care, the Health Ministry and the Ministry

of Youth, and Iraqi medical specialists living in Iraq, Europe and the American

continents. Using a Delphi study, this expert panel provides input on the type

of training and human resources needed to implement a new primary health

care infrastructure. In 2009, best practices on primary health care have been

collected in selected countries with good well-established primary health care

systems. From this explorative research study, it seems that the primary health

care structure of Chile could provide a good model that best fits the needs of

the Iraqi population.

Another line or research of Dr. Karim is Science and Technology Parks

STP developments in the Middle East (Saudi-Arabia, Iraq, Egypt, and the

Gulf States) and the Near East (Caucasus countries). The first stage of this

research is focused on studying the current situation and the problems, new

plans needs, hi-tech industrial and research market developments of these

Dr. ir. Sam Karim

3.2 PRImARy HEALTH CARE IN IRAq ANd STP’S IN THE mIddLE ANd NEAR EAST.

27

countries. Based on assessments of the current environments and ambitions

and by looking at well developed models in industrial (e.g. the Netherlands

Twente and Eindhoven STPs), emerging (e.g. China) and merging knowledge-

based economies (e.g. Portugal), suitable STP’s and incubators models can be

proposed.

Parallel to his daily professional activities in the international construction

and development industry, activities of Wilco Tijhuis were related to industry-

connections, in which his initiating role in the definition and acquisition of a

multi-disciplinary Ph.D.-research project has lead to the official start of that

strategic project, in which the research and development are considered of

integrated development of healthcare-business and its supporting facilities.

Business-partners from industry in this project are: Carint Reggeland Groep,

Baalderborg, NTGroep, Vita Valley and TNO. Personally he is a member of the

strategic steering committee, which acts as the representing business-client

for this four-year project.

Because of his intensive experience and contacts in the international industry

and academic world, he is also involved in other activities. An example of this

is his continuing role as joint-coordinator of the CIB working Commission

W112 ‘Culture in Construction’. Because of this role, he is also involved in the

preparation of a joint conference, being held in May 2010 in Salford, as part of

the Triennial CIB World Conference there.

3.3 INTEGRATEd dEVELOPmENT Of HEALTHCARE- buSINESSES

Dr. ir. Wilco Tijhuis

28

4 Sustainable Building

29

“To boldly reduce energy use, where no energy use has been reduced before”

Sustainable development receives worldwide attention. Decreasing the energy

consumption in real- estate is an important aspect of sustainable building. The

research project “profit of exergy in the built environment” aims to contribute

to sustainable building by investigating financial issues involving exergy saving

techniques. The thermodynamic concept “exergy” expresses the maximum

amount of mechanical work that can be obtained from an energy flow or a

change of a system in relation to its environment. In contrast to energy, exergy

can be destroyed which means exergy can better express the finiteness of

resources than energy can. Many conventional energy saving techniques can

be referred to as low exergetic or lowex techniques.

Financial issues are the following:

The financial returns of lowex investments are hard to predict, because •

A) it is necessary -in a financial market with energy prices- to estimate or

to know what the energy use would be without the additional investment.

B) It is necessary to estimate or to know what the energy use will be with

the additional techniques installed and C) it is necessary to estimate or to

know how the energy costs, the costs of financial capital and inflation will

develop over time.

The value of real estate objects will, in the nearby future, probably be •

partially dependent on the energy performance of the building. The better

the energy performance of a building, the higher the market value. In that

case the financial returns of an individual lowex investment will increase.

4.1 LOwEx INVESTmENTS IN dwELLINGS ANd OffICES

Prof. dr. ir. Joop Halman (promotor)

Prof. dr. Geert Dewulf

Prof. dr. ir. Jos Brouwers (promotor)

Ir. Bram Entrop

30

The adoption of lowex innovations by actors in the building process shows •

multiple barriers. In the construction phase one actor needs to invest

but during the use of the building another actor receives the (financial)

benefits of the installed lowex techniques.

By addressing and tackling these financial issues, we hope to increase the

adoption rate of lowex innovations to boldy reduce the energy use in dwellings

and offices.

Fig ure 1 Thermographic research on a case object from the early eighties.

4.2 GyPSum RESEARCH

Starting in 2006, the University of Twente has extended the working field

on material science with research on gypsum-based materials. Currently

Ariën de Korte and Qingliang Yu are working in this specialized field under

the guidance of prof. Jos Brouwers. The research can be divided in two main

streams, the work on hydration and the work on fire behaviour. This work is

done both through simulation and experiments in our laboratory. This work

is done in the European 6th Framework project ISSB (Integrated Safe Secure

Building concept) in close cooperation with several European universities

and companies. The purpose of the project is the improvement of gypsum

plasterboards and gypsum plasterboard industry.

The hydration research has focused on the influence of different water/

binder ratios, different fibres and additives as well as the use of special

superplastizers.

31

The research on fire behaviour of plasterboards in the last year has included

research on thermal conductivity and permeability changes in plasterboards

with different chemical compositions.

Within the last year together with the University of Stuttgart a project has

been started to apply ultrasonic velocity measurements for the determination

of hydration degree curves of gypsum based materials. Some good results have

been obtained using this method.

The plans for next year included the further improvement of the hydration /

micro-structural modelling of gypsum with multi-time and multi-resolution

modelling and performing of tests on the thermal properties of different kind

of plasterboard as well as further improvement of gypsum plasterboards both

properties during normal and fire conditions.

Ir. Qingliang Yu Prof. dr. ir. Jos Brouwers (Eindhoven University of Technology - promotor)

Ir. Ariën de Korte

4.3 CRAdLE-TO-CRAdLE PHd RESEARCH by bART VAN dE wESTERLO

In the Cradle to Cradle concept as advocated by William McDonough and

Michael Braungart, all materials used in industrial or commercial processes

are seen to fall into one of two categories: “technical” or “biological” nutrients.

Technical nutrients are strictly limited to non-toxic, non-harmful synthetic

materials that have no negative effects on the natural environment.; they can

be used in continuous cycles as the same product without losing their integrity

or quality. Biological nutrients are organic materials that, once used, can be

32

Dr. ir. Elma, Durmisevic (daily supervisor)

Prof. dr. ir. Joop Halman (promotor)

Bas van Westerlo

disposed of in any natural environment and decomposed into the soil, providing

food for small life forms without affecting the natural environment. In his PhD

research, Bart van de Westerlo investigates how the Cradle-to-Cradle concept

can be successfully be implemented the construction industry.

4.4 COOPERATION wITH EINdHOVEN uNIVERSITy Of TECHNOLOGy

The department co-operated with several researchers of Eindhoven University

of Technology on the following topics:

the demonstration of air purification induced by concrete pavement and •

concrete facades that are provided with photo-catalytic surfaces - Maria

Ballari;

innovative developments in the field of sustainable concrete mixes suitable •

for the production of concrete mass products – Götz Hüsken .

durability of concrete to chloride attack - Miruna Marinescu and •

Przemyslaw Spiesz;

innovative development of environmental friendly gypsum based building •

materials - Qingliang Yu

Dr. ir. Martin Hunger

Ir. Götz HüskenProf. dr. ir. Jos Brouwers

Ir. Miruna Marinescu

Ir. Qingliang YuIr. Przemyslaw Spiesz

Dr. Maria Ballari

33

34

5 Risk Management and Failure Costs

The CM&E department has a formal cooperation with Deltares, specifically

GeoDelft, in risk management research in construction. From this cooperation

two PhD projects are co-funded together with GeoDelft. The research on failure

costs and risk management are respectively conducted by Jimmy Avendano-

Castillo and Ibsen Chivata Cardenas. These research projects are presented

in this section. Also the research of Fedde Tolman is provided in this section

on uncertainty relation between pre-project expectations and post-project

dissatisfaction.

35

This PhD research focuses on failure costs in construction. In construction

projects the occurrence of any risk-related event often yields extra time and

cost. This additional cost and time are referred to as failure costs. Research

studies on failure costs suggest that a significant part of construction costs

are unnecessary and can be avoided in most cases. The studies suggested as

well that a large proportion of failure costs are related to unattended risks and

process related problems. To deal with this problem the study aims at gaining

insight into the underlying mechanisms by which failure costs are triggered

in construction projects. The study focuses on processes within the whole

construction project in order to identify the main sources of failure and to

describe the relationships and dependencies between these sources and process

failures. The study aims to provide the necessary knowledge to support project

management to pro-actively manage and reduce failure costs in construction.

In September 2009, part of the research findings was presented at the 5th

International Structural Engineering and Construction Conference held in Las

Vegas, USA.

5.1 fAILuRE COSTS IN CONSTRuCTION

Prof. dr. ir. Joop Halman (promotor)

Dr. ir. Saad Al-Jibouri (daily supervisor)

Ir. Jimmy Aven-dano Castillo

36

At CM&E, several research projects in risk management during the construction

process are co-funded by Deltares. This research institute develops knowledge,

innovative products and services for water and subsurface issues. Ibsen Chivata

Cardenas identifies and characterizes comprehensively geotechnical risks in

tunnel works. The specific area of interest is the control of unforeseen risks.

Evidence has shown that the occurrence of failures in construction projects

associated with unforeseen risks is strongly related to not using or misuse of

available information, high levels of uncertainty in projects and ill-informed

and unstructured decisions. The above circumstances generate the risk of

making non-effective decisions. Therefore geotechnical decision-making

processes have to be improved. For that reason, a framework is developed and

tested. This framework is a conceived as a structured portfolio of criteria to

analyze, provide information and cope with uncertainties of geotechnical risks.

The proposed framework is intended to be applied to real projects and

to aid consultants and constructors in order to obtain a more effective control

of failures associated with unforeseen risks. At this moment the researcher

is analysing historical cases of failures and eliciting knowledge from experts

in construction of tunnels. With the results of his investigation he expects to

advance to the formalization of risk-based decision-making in ground-related

construction industry.

Dr. ir. Saad Al-Jibouri (daily supervisor)

5.2 RISk mANAGEmENT IN INfRASTRuCTuRAL PROjECTS

Prof. dr. ir. Joop Halman (promotor)

Ir. Ibsen Chi-vata Cardenas

37

Civil Engineering and Construction works and Area and Estate developments

often do not meet expectations. It is usually questionable whether expectations

were too high or realisation failed. Proposed causes of dissatisfaction are often

poorly motivated and reasoned standpoints fail. The importance of the problem

appears from the cost of disputes on dissatisfaction.

It is assumed that mathematical modelling and numerical treatment of the

project will increase understanding substantially. However, the use of numbers

serves to increase understanding rather than exact and reliable prediction.

The investigation is focussed on determining indicators for knowledge of

concepts, complexity, multi-dimensionality and strategies in decision making.

Probabilistics is used to model uncertainty.

5.3 PROfESSIONAL judGmENT IN CIVIL ENGINEERING

Prof. dr. Geert Dewulf

Ir. Fedde Tolman

38

6 Promotions

39

Tatsiana Hapanova publicly defended her Ph.D. Process performance for

control of project goals in construction. Her research analyses the relation

between the performance of various processes and the desired end-project

goals. The focus of her research has been set on three main stages of project

process for large infrastructural projects: pre-project, design and construction.

Research findings of Tatsiana are based on in-depth interviews with project

managers on the managerial and board level within various construction

organizations. Part of the research has been conducted in cooperation with the

University of Nottingham in the UK. The main research results are process-

based Key Performance Indicators (KPIs) for the pre-project, the design and the

construction stage; a framework for measuring process performance using the

identified KPIs; identifying desired project performance through the generic

end goals important to be achieved; providing insights in the relation between

performance of various sub-processes and end-project goals. The research of

Tatsiana contributes to the knowledge on process performance and its control

by project management to increase the chance of achieving project success.

6.1 PROCESS CONTROL by kEy PERfORmANCE INdICATORS IN CONSTRuCTION

Dr. Tatsiana Hapanova

Prof. dr. Geert Dewulf (promotor)

Dr. ir. Saad Al-Jibouri (assis-tant promotor)

40

Managing risk is difficult. Applying risk management is more difficult.

Implementing risk management in organizations is the most difficult. The

main research question in the PhD research of Martin van Staveren has been:

“How to implement risk management in organizations in the construction

industry?”. The thesis of Martin van Staveren generates a unique approach

for implementing risk management in organizations. Due to the professional

background of Martin van Staveren, the research started in the specialized

discipline of geotechnical engineering. However, during the research

process implementing risk management appeared to be a particular type of

organizational innovation. Therefore, other technical as well as organizational

disciplines are expected to benefit from the developed knowledge base and

research products.

Prof. dr. ir. Joan van Aken (NDLA - promotor)

6.2 ImPLEmENTING RISk mANAGEmENT IN ORGANIzATIONS

Prof. dr. ir. Joop Halman (promotor)

Dr. Martin van Staveren

Increasingly, it has become evident that spatial problems can no longer

be resolved in isolation, but should be solved in conjunction with other

development-related issues. Interest in integrated area development is

growing, and a more integrated planning approach is desired. In this design-

based research, a conceptual ‘Integrated Area Development & Management’

6.3 dESIGNING A STRATEGIC PLAN dEVELOPmENT APPROACH fOR INTEGRATEd AREA dEVELOPmENT PROjECTS

41

Dr. ir. Inge de Korte

Prof. dr. Geert Dewulf (promotor)

(IADM) approach has been developed. This IADM approach is based on the

principles of ‘strategic planning’ and designed following the reflective design

cycle. To gain insights into how the plan development process of an integrated

area development project evolves in practice, how the stakeholders perceive

its performance and to what extent the plan development is strategic, a

literature study and two longitudinal in-depth case studies were carried out.

Therefore the integrated area development projects IJsselsprong in Zutphen

and IJsseldelta Zuid in Kampen were studied for over one year. Based on this

extensive exploration research the strategic planning process model of Bryson

was adjusted for a collaborative and public-sector-dominated setting. The

designed IADM approach is an interactive and action-oriented strategy for the

collaborative plan development and implementation process of integrated area

development projects. It is split into two components:

IADM process steps that outline an appropriate strategic planning process 1.

for a joint integrated area development project; and

IADM guidelines that describe factors that need continuous nursing and 2.

maintenance.

Finally, interventions were implemented in a third case study -the Avenue2

project in ‘s Hertogenbosch- to reflect on the conceptual IADM approach and

determine experiences with the approach.

For the full thesis see http://doc.utwente.nl/68748/1/thesis_I_de_Kort.pdf

42

Albertus Laan publicly defended his thesis Building trust - The case of the

construction industry. In his dissertation, Albertus generated insights into the

processes of inter-organizational trust development in the project-based context

of the construction industry. For this, first of all, he conducted an extensive

literature review on the most recent understanding of inter-organizational

trust. Second, by deriving a theoretical framework, he provided insights into

the role of trust in the governance of inter-organizational relationships. Third,

since relationships between principal and contractor organizations are often

criticized for being adversarial, he measured levels of inter-organizational trust

within a large sample of traditional and design-build types of arrangement.

Fourth, by longitudinally studying how and why trust in an alliance form of

contract develops over time, he provided insights into the ways principal and

contractor organizations try to overcome the deteriorating patterns of behavior

they are used to in traditional and design-build types of arrangement. Finally,

Albertus discussed the theoretical and practical implications of the outcomes

of his study.

Prof. dr. Niels Noorderhaven (Tilburg University – promotor)

6.4 buILdING ON TRuST

Dr. Geert Dewulf (promoter)

Dr. Hans Voordijk (assis-tant promotor)

Dr. ir. Albertus Laan

43

7 Education

44

Construction management is a practical subject; therefore, our department

attaches great importance to its relations with the construction industry. As

part of the 5-year programme (3-year Bachelor and 2-year Master program)

that leads to a Master’s degree, the teaching programme focuses on the analysis,

design and control of the integral construction process, the functioning of the

construction process organizations and the coordination of the activities and

roles of parties involved. “Integral” here means all the various sub-processes

that constitute the total construction process, from conception to demolition.

Our graduates are expected to fulfil various functions within various

departments in a construction organisation, such as planning and design

departments, as well as fulfilling managerial functions within governmental

departments, client organizations, consultancy offices and construction firms.

Also, in order to achieve the objectives outlined earlier, all students pursuing

the Master programme Civil Engineering & Management are required to follow

four cornerstone modules addressing four fundamental attention areas (Process

management, Project management, Collaborative Design & Engineering, and

Legal & Governance aspects) and one base module (Research methodology and

academic skills)

All the other modules offered within the programme are selective courses which

the students can choose from in order to pursue certain learning tracks. These

tracks lead towards integrative final projects and are linked to integrative

research themes where the link between the main research areas of Market &

Organisation, Planning & Development and Design Processes & Engineering

becomes apparent. The total list of the selective modules offered within the

Master programme includes:

Markets, Organizations & Innovation Specialization•

Supply Chain Management Specialization•

Industrialization in Engineering & Construction Specialization•

Sustainable Building Specialization•

Planning & Development Specialization•

Project Control & Risk Management Specialization•

45

Infrastructure Management Elective•

Geo Risk Management Elective•

Specialization Elective•

In the design learning track for example, the two modules Collaborative Design

& Engineering and Supply Chain Management form the basis for more in-depth

specialization modules to be followed. These modules are:

Geo Risk Management;

Sustainable Building;

Industrialisation in engineering & construction.

A broad 2-year 3-TU master’s program is executed in close association with the

construction industry and the University of Delft and Eindhoven and is process-

and design oriented as well as project based. The course outline starts with five

cornerstones modules, four as mentioned before and the module “Integration

and Orientation” specifically developed for this course to let students from the

three different universities collaborate in applying their knowledge and skills

on a specific real world project. These five modules are offered at the same

time and same level in all three Technical Universities of the Netherlands, viz.

the University of Twente, Delft University and the University of Eindhoven.

Subsequently, students can continue the master programme in one of the three

Universities.

Ir. Karel Veen-vliet

Ir. Gerrit Snellink

46

8 International Cooperation and Collaboration

47

8 International Cooperation and Collaboration

The Construction Management and Engineering group also has a long term

research working relationship with Prof. dr. Michael Song, the director of

the Institute for Entrepreneurship and Innovation at the Bloch School of the

University of Missouri-Kansas City. Professor Song has been ranked by the

Journal of Product Innovation Management as the World’s # 1 scholar in the

field of Innovation Management research. Together with Professor Song the

CM&E group has worked and is still working on several PhD research projects

and publications in high ranked journals.

Prof. dr. ir. Joop Halman

Prof. dr. Michael Song

8.1 COOPERATION wITH PROf. dR. mICHAEL SONG

Ir. Ibsen Chivata Cardenas

Drs. Daan SchravenIr. Jimmy Aven-dano Castillo

Latin America has seen an increase in its share of infrastructure projects

and urban development since the 1970’s. The environment is characterized

by its unique concentrations of nature and culture. It is home to major cities

such as Sao Paulo, Rio de Janeiro and Mexico City. In contrast, it houses vast

areas of jungle, plains and desert. This property creates strong links between

the planning and construction of infrastructure and its’ interrelation with

the environment. Several researchers at CME are affiliated with studying

construction issues in Latin America. Here is a glimpse of their activities in

2009.

8.2 Cm&E IN LATIN AmERICA

48

The student association ConcepT organizes a study-tour to Brazil for students

from the civil engineering faculty. Their trip focuses on the research theme

“sustainability in Brazil”, which students are required to study enduring

their international visit. Daan Schraven of CME has assisted them in setting

up contacts with two universities in Sao Paulo. He contacted and met with

researchers in Sao Paulo, November 2009. From these conversations,

collaboration is explored in the beginning of 2010 on the topics of a road

rehabilitation project through the Amazon and the infrastructure planning for

the Olympic games in Rio de Janeiro 2016. This can take shape in the form

of excursions or research activities. The question that students will tackle

is the extent to which these projects in their planning can be considered as

‘sustainable’.

During the summer of 2009, Jimmy Avendano-Castillo assisted and guided

three bachelor students to carry out their final assignments in Honduras.

This involved making the keeping contact with the host companies from the

Hondurian construction industry, defining the research problem and objectives

for the mutual benefit. The studies themes include: material management in

urban residential projects, implementation of a quality assurance program for

road construction project, and assessment of the water retaining capabilities

of green roofs in a tropical environment.

Likewise, Ibsen Chivata Cardenas during his recent stay in Colombia had the

chance to meet a number of Colombian tunnel experts. Those interviews were

intended to gain knowledge about the state-of the-art of the risk management

in tunnel construction in Colombia as well as to establish links with companies

and organizations willing to take part in CTW’s research activities. Thus, he

met people from Empresas Publicas de Medellin S.A. E.S.P., owner of Porce,

one of the most important power generation projects where more than 25

km long tunnels have been built in rock masses. He also interviewed people

important designers and constructors from companies such as Calderon and

Jaramillo S.A., Ingemetrica LTDA and Ingetec S.A. holding a long experience

in tunnel works. Most of the representatives from the above enterprises were

positively impressed with the ongoing CTW’s research on risk management in

tunnels and agreed in further cooperation and sharing knowledge.

49

8.3 COOPERATION bETwEEN THE NETHERLANdS dEfENCE ACAdEmy ANd THE uNIVERSITy Of TwENTE

In 2009 the cooperation between Cooperation between the Faculty of

Military Sciences (FMS) of the Netherlands Defence Academy (NLDA) and

the University of Twente has been intensified further. Not only is the joint

Bachelor education (still) part of the scientific education of the cadets of the

Military Engineers (in Dutch: Genie), but also in the field of joint research new

initiatives have been developed. Examples of these developments are written

research proposals on:

Expeditionary construction management: A research on construction 1.

management processes in stabilization and reconstruction operations.

The objective of this research project is to develop a new construction

management process model which fits to the specific needs of construction

management in stabilization and reconstruction operations. This topic has

been awarded a FMS grant and a PhD student will start in 2010.

Methods and Tools for Sustainable Building Asset Life-Cycle Management.2.

This comprises of research with the goal to develop a management method

and supporting tools to support infrastructure agency groups, such as the

“Dienst Vastgoed Defensie (DVD)”, of large public organizations with the

design and implementation of sustainable asset management strategies.

Intelligent ICKT Support for the Inception Stage of Military Large-Scale 3.

Construction Projects.

The main purpose of this project is to develop a conceptual architecture

of an intelligent Inception Support System (including software prototype)

that is able to support decision-makers during the inception stage of

military large-scale construction projects.

Dr. Hans Voordijk

Dr. ir. Edwin Dado (NDLA)

Prof. dr. ir. ing. Almer van der Stoel (NDLA)

50

Serious Gaming. 4.

This research proposal aims to provide a single reference framework

that integrates the different theoretical concepts of Serious Gaming and

to provide accompanying guidelines that support educators to translate

their specific academic educational needs into set of requirements which

can be used by the developers to design and implement the Serious

Gaming application.

51

9 Publications

52

9.1 PHd-THESES

Haponava, T. (2009, October 29). Process performance for control of project goals in

construction. University of Twente (228 pag.) (Enschede, the Netherlands: University of

Twente) (ISBN 978-90-365-2905-1). Prom./coprom.: prof.dr. G. P. M. R. Dewulf & dr.

S. H. S. Al-jibouri (ISBN 978-90-365-2905-1).

Kort, I. A. T. de (2009, December 10). Designing a strategic plan development

approach for integrated area development projects. University of Twente (267 pag.)

(Enschede, the Netherlands: University of Twente) (ISBN 978-90-365-2941-9). Prom./

coprom.: prof.dr. G. P. M. R. Dewulf & dr. W. D. Bult-Spiering (ISBN 978-90-365-

2941-9).

Laan, A. T. (2009, January 15). Building trust : the case of the construction

industry. University of Twente (164 pag.) (Enschede, The Netherlands: University of

Twente) (ISBN 978-90-365-2704-0). Prom./coprom.: prof.dr. G. P. M. R. Dewulf, Prof.

dr. N. G. Noorderhaven & Dr. J. T. Voordijk (ISBN 978-90-365-2704-0).

Staveren, M. T. van (2009, April 17). Risk, innovation & change, Design

propositions for implementing risk management in organizations. University of Twente

(395 pag.) (Enschede, the Netherlands: University of Twente) (ISBN 978-90-365-

2774-3). Prom./coprom.: prof.dr.ir. J. I. M. Halman & prof.dr.ir J. E van Aken (ISBN

978-90-365-2774-3).

9.2 REfEREEd jOuRNAL ARTICLES

Al-jibouri, S. H. S. & Ogink, G. (2009). Proposed model for integrating RAMS method in

the design process in construction. Architectural engineering and design management,

(ISSN 1745-2007), 5(4), 179-192.

Caerteling, J. S., Halman, J. I. M. & Song, M. (2009). Impact of government

and corporate strategy on the performance of technology projects in road construction.

Journal of construction engineering and management, (ISSN 0733-9364), 135(11), 1211-

1221.

Deschanel, S., Greviskes, B. P., Bertoldi, K., Sarva, S. S., Chen, W., Samuels, S.

L., Cohen, R. E. & Boyce, M. C. (2009). Rate dependent finite deformation stress-strain

behavior of an ethylene methacrylic acid copolymer and an ethylene methacrylic acid

butyl acrylate copolymer. Polymer, (ISSN 0032-3861), 50(1), 227-235.

53

Dewulf, G. P. M. R. & Reymen, I. M. M. J. (2009). Towards a new approach of

designer selection. Journal of architectural and planning research, (ISSN 0738-0895),

26(3), 228-240.

Durmisevic, E. & Yeang, K. (2009). Designing for disassembly (DfD) (Special

Issue: Patterns of architecture). Architectural design, (ISSN 0003-8504), 79(6), 134-

137.

Haponava, T. & Al-jibouri, S. H. S. (2009). Identifying KPIs for use in control

of pre-project stage process in construction. International journal of productivity and

performance management, (ISSN 1741-0401), 58(2), 160-173.

Hartmann, A., Yean Yng Ling, F. & Tan, J. S. H. (2009). Relative importance

of subcontractor selection criteria: evidence from Singapore. Journal of construction

engineering and management, (ISSN 0733-9364), 135(9), 826-832.

Hartmann, T. & Fischer, M. (2009). A process view on end user resistance during

construction IT implementations. Journal of information technology in construction,

(ISSN 1874-4753), 14, 353-365.

Hartmann, T., Fischer, M. . & Haymaker, J. (2009). Implementing information

systems with project teams using ethnographic-action research, doi:10.1016/j.

aei.2008.06.006. Advanced engineering informatics, (ISSN 1474-0346), 23(1), 57-67.

[on line]. Available from: www.elsevier.com/locate/aei [08-08-2008].

Hofman, E., Voordijk, J. T. & Halman, J. I. M. (2009). Matching supply

networks to a modular product architecture in the house-building industry. Building

research and information, (ISSN 0961-3218), 37(1), 31-42.

Hunger, M. & Brouwers, H. J. H. (2009). Flow analysis of water-powder

mixtures: Application to specific surface area and shape factor. Cement and concrete

composites, (ISSN 0958-9465), 31(1), 39-59.

Hunger, M., Hüsken, G. & Brouwers, H. J. H. (2009). Photocatalysis applied to

concrete products - Part 3: Practical relevance and modeling of the degradation process.

ZKG international, (ISSN 0949-0205), 62(2), 63-70.

Hunger, M., Entrop, A. G., Mandilaras, I., Brouwers, H. J. H. & Founti, M.

(2009). The behavior of self-compacting concrete containing micro-encapsulated phase

change materials. Cement and concrete composites, (ISSN 0958-9465), 31, 731-743.

Hüsken, G. & Brouwers, H. J. H. (2009). Erratum to “A new mix design concept for

earth-moist concrete: A theoretical and experimental study” [Cement and Concrete

Research 38(10) 2008 1246–1259]. Cement and concrete research, (ISSN 0008-8846),

39(9), 832-832.

54

Hüsken, G., Hunger, M. & Brouwers, H. J. H. (2009). Experimental study of

photocatalytic concrete products for air purification. Building and Environment, (ISSN

0360-1323), 44(12), 2463-2474.

Igarashi, S. I., Chen, W. & Brouwers, H. J. H. (2009). Comparison of observed

and simulated cement microstructure using spatial correlation functions. Cement and

concrete composites, (ISSN 0958-9465), 31(9), 637-646.

Karim, U. F. A. & Menkveld, A. (2009). Slope failure reanalysis of a dilatant

dense sand from CPTU and laboratory tests. Solos e rochas / Soils and rocks / Suelos y

rocas, (ISSN 0103-7021), 32(1), 49-55.

Keizer, J. A. & Halman, J. I. M. (2009). Ambiguous versus unambiguous risks

in radical innovation projects. International journal of technology management, (ISSN

0267-5730), 48(4), 499-517.

Korte, A. C. J. de & Brouwers, H. J. H. (2009). Production of non-constructive

concrete blocks using contaminated soil. Construction and building materials, (ISSN

0950-0618), 23(12), 3564-3578.

Pullen, A. J. J., Weerd-Nederhof, P. C. de, Groen, A. J., Song, M. & Fisscher, O.

A. M. (2009). Successful Patterns of Internal SME characteristics leading to high overall

innovation performance. Creativity and innovation management, (ISSN 0963-1690),

18(3), 209-223.

Rutten, M. E. J., Doree, A. G. & Halman, J. I. M. (2009). Innovation and

interorganizational cooperation: a synthesis of literature. Construction innovation,

(ISSN 1471-4175), 9(3), 285-297. [on line]. Available from: www.emeraldinsight.

com/1471-4175.htm [04-01-2009].

Song, M., Parry, M. E. & Kawakami, T. (2009). Incorporating network

externalities into the technology acceptance model. Journal of product innovation

management, (ISSN 0737-6782), 26(3), 291-307.

Song, M. & Parry, M. E. (2009). Information, Promotion, and the Addoption

of Innovative Consumer Durables. Journal of product innovation management, (ISSN

0737-6782), 26(4), 441-454.

Voordijk, J. T. (2009). Construction management and economics: the

epistemology of a multidisciplinary design science. Construction management and

economics, (ISSN 0144-6193), 27(8), 713-720.

Yu, Q. L. & Brouwers, H. J. H. (2009). Indoor air purification using

heterogeneous photocatalytic oxidation. Part I: Experimental study. Applied catalysis B:

environmental, (ISSN 0926-3373), 92(3-4), 454-461.

55

9.3 bOOk CHAPTERS ANd EdITORSHIPS

Blanken, A., Dewulf, G. P. M. R. & Bult-Spiering, W. D. (2009). The private

finance initiative in the english health sector. In B. Rechel, J. Erskine, B. Dowdeswell,

S. Wright & M. McKee (Eds.), Capital investment for health, case studies from europe

(Observatory Studies Series, 18) (pp. 123-141). United Kingdom: European Observatory

on Health Systems and Policies (ISBN 978-92-890-4178-2).

Blanken, A. & Dewulf, G. P. M. R. (2009). Evaluer la value for money: vers un

cadre d’evaluation. In Evaluer les partenariats public-prive en europe (pp. 225-246).

Paris, France: presses de l’ecole nationale des ponts et chaussees (ISBN 978-2-85978-

447-8).

Dewulf, G. P. M. R. & Wright, S. (2009). Capital financing models, procurement

strategies and decision-making. In B. Rechel, S. Wright, N. Edwards, B Dowdeswell &

M. McKee (Eds.), Investing in hospitals of the future (Observatory Studies Series, 16)

(pp. 123-144). United Kingdom: European Observatory on Health Systems and Policies

(ISBN 978-92-890-4304-5).

Durmisevic, E. (2009). Introduction to the workshop framework - Design for disassembly

of buildings - Multi-criteria design matrix. In E. Durmisevic (Ed.), International design

studio 2009.Design for disassembly: Design and build multipurpose transformable

pavilions (pp. 14-21). Enschede/Sarajevo/Istanbul: University of Twente (ISBN 978-90-

365-2859-7).

Durmisevic, E. (Ed.). (2009). CMS 2009 conference on lifecycle design of

buildings, systems and materials, CIB W115 construction materials stewardship, 12-15

June 2009, Enschede, The Netherlands. Enschede, the Netherlands: CIB (ISBN 978-90-

9024420-4).

Durmisevic, E. (Ed.). (2009). International design studio 2009.Design for

disassembly: Design and build multipurpose transformable pavilions. Enschede/

Sarajevo/Istanbul: University of Twente/ University of Sarajevo/Yildiz Technical

University (ISBN 978-90-365-2859-7).

Hartmann, T. (2009). Developing context sensitive BIM based applications.

In J. Underwood & U. Iskidag (Eds.), Handbook of research on building information

modeling and construction informatics: Concepts and Technologies (pp. 254-269).

Hershey, United States of America: IGI Global (ISBN 1605669288 / 978-1605669281).

56

Kadefors, A. & Laan, A. T. (2009). Trust production in construction - a

multilevel approach. In B. Atkin & J. Borgbrant (Eds.), Performance Improvement in

Construction Management (pp. 128-137). London, United Kingdom: Taylor & Francis

(ISBN 978-0-415-54598-3).

Miller, S. R., Huerne, H. L. ter & Doree, A. G. (2009). Role of action research

in dealing with a traditional process. In B. Atkin & J. Borgbrant (Eds.), Performance

improvement in construction management (pp. 92-101). London, United Kingdom:

Taylor & Francis (ISBN 978-0-415-54598-3).

Tijhuis, W. (2009). The Netherlands. In D. Langford & W. Hughes (Eds.),

Building and discipline - the story of project management (pp. 114-116). Reading, United

Kingdom: Arcom, University of Reading (ISBN 978-0-9552390-3-8).

9.4 CONfERENCE PROCEEdINGS

Adriaanse, A. M., Voordijk, J. T. & Dewulf, G. P. M. R. (2009). Electronic purchasing in

construction supply chains: conditions and success factors (USB-stick). In B. Allen, R.

Arkader, C. Blome & G. Callender (Eds.), Proceedings 18th IPSERA Conference Supply

Management - Towards an Academic Discipline?, 5 - 8 April 2009, Wiesbaden, Germany.

Wiesbaden, Germany: Ipsera.

Adriaanse, A. M., Dewulf, G. P. M. R. & Voordijk, J. T. (2009). The introduction

of building information modelling in construction projects: an IT innovation perspective.

In X. Wang & N. Gu (Eds.), Proceedings 9th international conference on construction

applications of virtual reality 2009, November 5 - 6, 2009, Sydney, Australia (pp. 371-

382). Sydney, Australia: University of Sydney (ISBN 978-1-74210-145-3).

Anjewierden, A. A., Chen, W., Wichmann, A. & Borkulo, S. P. van (2009). Process and

product analysis to initiate peer-to-peer collaboration on system dynamics modelling. In

J. Bourdeau, R. Mizoguchi & S. Isotani (Eds.), Workshop on Intelligent and Innovative

Support for Collaborative Learning Activities (pp. 1-7). Rhodes, Greece.

Al-jibouri, S. H. S. & Oude Vrielink, M. (2009). Identification of some failure

costs and their perceived root causes in construction... (cd-rom). In S.W Kwon, S.B.

Kim, H.K. Kim & J.S. Yi (Eds.), Proceedings of the international conference, ICCEM-

ICCPM2009, 27 - 30 May 2009, Jeju, Korea. Seoul, Korea: Korea institute of construction

engineering and management.

57

Al-jibouri, S. H. S. & Mawdesley, M. (2009). Modelling issues in the

development of a simulation game for teaching construction management (cd-rom).

In S.W Kwon, S.B. Kim, H.K. Kim & J.S. Yi (Eds.), Proceedings of the international

conference, ICCEM-ICCPM2009, 27 - 30 May 2009, Jeju, Korea. Seoul, Korea: Korea

institute of construction engineering and management.

Ali, H., Reiffsteck, P., Graaf, H. van de, Stoel, A. E. C. van der, Gourves, R.,

Bacconet, C. & Baguelin, F. (2009). Essai de chargement de pointe: facteurs d’influence

et détermination de modules de déformation (cd-rom). In M. Hamza, M. Shahien &

Y. El-Mossallamy (Eds.), Proceedings of the 17 th International Conference on Soil

Mechanics & Geotechnical Engineering, 5-9 October 2009, Alexandria, Egypt (pp. 985-

988). Amsterdam, the Netherlands: IOS press, Millpress (ISBN 978-1-60750-031-5).

Ashayeri, J. & Schraven, D. F. J. (2009). Maintenance management strategy

development: an explorative study in a large oil company (cd-rom). In E. Alvarez,

F. Benyahia, S. Connolly & M. Darabi (Eds.), Proceedings of the 19th international

conference on flexible automation and intelligent manufacturing (FAIM 2009), 6-8

july 2009, Middlesbrough, UK (pp. 1073-1083). Dublin, Ireland: Gemini International

Limited (ISBN 978-0-9562303-3-1).

Avendano Castillo, J., Al-jibouri, S. H. S. & Halman, J. I. M. (2009). An

interactive model for reduction of failure costs: a process management approach. In

Nader Ghafoori (Ed.), Proceedings of the fifth international structural engineering and

construction conference (ISEC-5), Challenges, Opportunities and Solutions in Structural

Engineering and Construction, 22-25 september 2009, Las vegas, USA (pp. 893-897).

London, UK: Taylor & Francis group (ISBN 978-0-415-56809-8).

Avendano Castillo, J., Al-jibouri, S. H. S. & Halman, J. I. M. (2009). Underlying

mechanisms of failure costs in construction. In Nader Ghafoori (Ed.), Proceedings of

the fifth international structural engineering and construction conference (ISEC-5),

Challenges, Opportunities and Solutions in Structural Engineering and Construction,

22-25 september 2009, Las vegas, USA (pp. 939-944). London, UK: Taylor & Francis

group (ISBN 978-0-415-56809-8).

Ballari, M., Overman, H. T. J. & Brouwers, H. J. H. (2009). Demonstration

air-purifying pavement (cd-rom). In D. Mantzavinos, I. Poulios, D. Fatta-Kassinos, A.

Efstathiou & N. Kalogerakis (Eds.), Proceedings of EAAOP2, 2nd european conference

on environmental applications of advanced oxidation processes, 9-11 September 2009,

Nicosia, Cyprus. Nicosia, Cyprus: University of Cyprus (ISBN 978-9963-689-09-5).

Available from: 2009 University of Cyprus, Nicosia, Cyprus (ISBN 978-9963-689-09-5)

[10-01-2009].

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Ballari, M., Hunger, M., Hüsken, G. & Brouwers, H. J. H. (2009). Eco concrete

stones with TiO2 for atmospheric decontamination. In E. Durmisevic (Ed.), CMS 2009

conference on lifecycle design of buildings, systems and materials, CIB W115 construction

materials stewardship, 12-15 June 2009, Enschede, The Netherlands (pp. 126-130).

Enschede, the Netherlands: CIB (ISBN 978-90-9024420-4).

Ballari, M., Hunger, M., Hüsken, G. & Brouwers, H. J. H. (2009). Heterogeneous

photocatalysis applied to concrete pavement for air remediation. In Z. Bittnar, P.J.M.

Bartos, J. Nemecek, V. Smilauer & J. Zeman (Eds.), Proceedings of the NICOM3,

nanotechnology in construction 3, May 31 - June 2 2009, Prague, Czech Republic (pp.

209-214). Berlin Heidelberg: Springer-Verlag (ISBN 978-3-642-00979-2).

Ballari, M., Hunger, M., Hüsken, G. & Brouwers, H. J. H. (2009). Modelling and

experimental study of the NOx photocatalytic degradation employing concrete pavement

with titanium dioxide (cd-rom). In D. Mantzavinos, I. Poulios, D. Fatta-Kassinos, A.

Efstathiou & N. Kalogerakis (Eds.), Proceedings of EAAOP2, 2nd european conference

on environmental applications of advanced oxidation processes, 9-11 September 2009,

Nicosia, Cyprus. Nicosia, Cyprus: University of Cyprus (ISBN 978-9963-689-09-5).

Available from: 2009 University of Cyprus, Nicosia, Cyprus (ISBN 978-9963-689-09-5)

[10-01-2009].

Ballari, M., Hunger, M., Hüsken, G. & Brouwers, H. J. H. (2009). Photocatalytic

concrete stones containing TiO2 for atmospheric NOx removal. In H.B. Fischer & K.A.

Bode (Eds.), Proceedings 17th Ibausil, international conference on building materials

(internationale baustofftagung), 23-26 September 2009, Weimar, Germany (pp. 2-0537-

2-0542). Weimar, Germany: Bauhaus-Universitat Weimar (ISBN 978-3-00-027265-3).

Ballari, M. & Brouwers, H. J. H. (2009). Scaling - up of the photocatalytic

degradation process of nitrogen oxides with concrete stones containing titanium

dioxide (cd-rom). In D. Mantzavinos, I. Poulios, D. Fatta-Kassinos, A. Efstathiou & N.

Kalogerakis (Eds.), Proceedings of EAAOP2, 2nd european conference on environmental

applications of advanced oxidation processes, 9-11 September 2009, Nicosia, Cyprus.

Nicosia, Cyprus: University of Cyprus (ISBN 978-9963-689-09-5). Available from: 2009

University of Cyprus, Nicosia, Cyprus (ISBN 978-9963-689-09-5) [10-01-2009].

Bemelmans, J. W., Voordijk, J. T., Vos, B. & Buter, J. I. H. (2009). Improving

buyer-supplier relationship management: A multiple case-study in the construction

industry (USB-stick). In B. Allen, R. Arkader, C. Blome & G. Callender (Eds.), Proceedings

18th IPSERA Conference Supply Management - Towards an Academic Discipline?, 5 - 8

April 2009, Wiesbaden, Germany (pp. 871-881). Wiesbaden, Germany: Ipsera.

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Blanken, A. & Dewulf, G. P. M. R. (2009). Financial crisis show stopper for

DBMFO projects in the netherlands. In S.T. Ng, J.M.W. Wong & M. Kumaraswamy (Eds.),

CIB TG72 on PPP, Revamping PPPs, from ‘revisiting and rethinking’ to ‘revamping and

revitalising’ PPPs, 28 February 2009, Hong Kong, China (pp. 35-43). Hong Kong, China:

Centre for Infrastructure & Construction Industry Development, University of Hong

Kong (ISBN 978-962-8014-16-3).

Blanken, A., Dewulf, G. P. M. R. & Bult-Spiering, W. D. (2009). Hospital

concessions: flexibility in practice. In J. Abel, J. Barlow, J. Carthey, R. Codinhoto, G.

Dewulf & A. Dilani (Eds.), 2nd annual conference of the health and care infrastructure

research and innovation centre, improving fhealthcare infrastructures through

innovation, 2-3 April 2009, Brighton, United Kingdom (pp. 83-88). London, United

Kingdom: HaCIRIC, Imperial College Business School.

Brouwers, H. J. H. (2009). The viscosity of a concentrated suspension of

rigid monosized particles. In H.B. Fischer & K.A. Bode (Eds.), Proceedings 17th Ibausil,

international conference on building materials (internationale baustofftagung), 23-26

September 2009, Weimar, Germany (pp. 1-1117-1-1128). Weimar, Germany: Bauhaus-

Universitat Weimar (ISBN 978-3-00-027265-3).

Brouwers, H. J. H. (2009). Topics in cement and gypsum research. In H.B.

Fischer & K.A. Bode (Eds.), Proceedings 17th Ibausil, international conference on

building materials (internationale baustofftagung), 23-26 September 2009, Weimar,

Germany (pp. 1-0915-1-0938). Weimar, Germany: Bauhaus-Universitat Weimar (ISBN

978-3-00-027265-3).

Chivata Cardenas, I., Halman, J. I. M. & Al-jibouri, S. H. S. (2009). An

uncertainty-based framework to support decision-making in geotechnical engineering

projects. In B. Kumar, J. Sommerville & M.K.L. Tong (Eds.), Proceedings of the fourth

scottish conference for postgraduate researchers of the built & natural environment

(PRoBE), 19-20 November 2009, Glasgow, Scotland (pp. 45-56). Bingley, United

Kingdom: Emerald (ISBN 9781905866410).

Colakoglu, B., Durmisevic, E. & Pasic, A. (2009). Collaborative design: creation

of future design communities (cd-rom). In D. Marti Belenguer, I. Candel Torres & L.

Gomez Chova (Eds.), International conference of education, research and innovation

(ICERI2009), 16-18 November 2009, Madrid, Spain (pp. 1833-1840). Madrid, Spain:

IATED International association of technology and development (ISBN 978-84-613-

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development, Madrid, Spain (ISBN 978-84-613-2955-7) [12-01-2009].

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Dado, E., Stoel, A. E. C. van der, Mevissen, S. & Borgers, J. (2009). Towards an

efficient and effective corps of engineers - supporting interactions between education,

research and practice. In F.S. Hansen (Ed.), Proceedings of the ISMS conference on

comprehensive approach: challenges and prospects, 22-23 October 2008, Copenhagen,

Denmark (pp. 107-120). Copenhagen, Denmark: Royal Danish Defence College Publishing

House (ISBN 9788791421860).

Dewulf, G. P. M. R., Bree, T. A. de & Hartmann, T. (2009). Learning within

and from innovative project deliveries. In P.S. Chinowsky & R.E. Levitt (Eds.), 2009

ASCE LEAD Speciality Conference Global Governance in Project Organizations, 5 - 7

November 2009, South Lake Tahoe, California (pp. 1-12). Reston, Virginia: ASCE.

Entrop, A. G., Brouwers, H. J. H., Reinders, A. H. M. E. & Muthing, F. (2009).

Experimental research on the use of phase change materials to come to passive solar

energy concepts (cd-rom). In A. van den Dobbelsteen, A. van Timmeren, M. van Dorst &

E. Durmiscevic (Eds.), 3rd CIB international conferences on smart and sustainable built

environments, 15-19 june 2009, Delft, the Netherlands. Delft, the Netherlands: Delft

University of Technology (ISBN 978-90-5269-373-6).

Entrop, A. G. & Brouwers, H. J. H. (2009). The relation between the adoption

of sustainable measures and the composition of an environmental assessment tool for

buildings (cd-rom). In A. van den Dobbelsteen, A. van Timmeren, M. van Dorst & E.

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environments, 15-19 june 2009, Delft, the Netherlands. Delft, the Netherlands: Delft

University of Technology (ISBN 978-90-5269-373-6). Available from: 2009 Delft

University of Technology, Delft, the Netherlands (ISBN 978-90-5269-373-6)

Haponava, T. & Al-jibouri, S. H. S. (2009). Developing the process-based

KPI’s for the design stage in construction (cd-rom). In M. bin Omar, M. bin Ramli &

N.E. Shanmugam (Eds.), Proceedings of the 7th asia pacific structural engineering and

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the sub-processes within the design stage on achieving end-project goals (cd-rom).

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Haponava, T. & Al-jibouri, S. H. S. (2009). Process-based key performance

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Haponava, T. & Al-jibouri, S. H. S. (2009). Relationship between process

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137). Johor, Malaysia: Universiti Teknologi Malaysia. Available from: 2009 Universiti

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Hartmann, A. & Dewulf, G. P. M. R. (2009). Effectiveness of infrastructure

asset management at public agencies. In D.M. Frangopol, F. Biondini, A.E. Aktan & A.

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Hartmann, T. & Johnson, S. (2009). A pragmatic approach to develop financial

IT systems for small construction companies. In Carlos.H. Caldas & William.J. O’Brien

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Hartmann, T. & Hartmann, N. (2009). A Theoretical and practical assessment

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Hartmann, T. & Fischer, M. . (2009). An ethnographic method to collect input

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Hartmann, T., Miller, S. R. & Doree, A. G. (2009). Specifying the pragmatic

roots of action research. In Proceedings of the 2009 EGOS colloquium , 2 - 4 July 2009,

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Huerne, H. L. ter, Miller, S. R. & Doree, A. G. (2009). Monitoring hot mix

asphalt temperature to improve homogeneity and pavement quality. In E. Santagata

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Korte, A. C. J. de & Brouwers, H. J. H. (2009). Thermal conductivity of gypsum

plasterboards. In F. Wald, P. Kallerova & J. Chlouba (Eds.), Proceedings of International

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Czech Republic (pp. 158-163). Prague, Czech Republic: Print Prazska technika, Czech

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Leest, A. J. van & Tolman, F. (2009). Risicoanalyse betonverhardingen voor de praktijk.

In Belgisch wegencongres, 22 - 25 september 2009, Gent, Belgium (pp. 1-15). Brussel,

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Marinescu, M. V. A. & Brouwers, H. J. H. (2009). Chloride binding in OPC

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Miller, S. R., Hartmann, T. & Doree, A. G. (2009). AsphaltOpen - An

interactive visualization tool for asphalt concrete paving operations. In Carlos.H. Caldas

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computing in civil engineering, 24-27 June 2009, Austin, Texas, United States (pp. 227-

236). Reston, Virginia, United States: American Society of Civil Engineers (ISBN 978-0-

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Muthing, F., Entrop, A. G. & Brouwers, H. J. H. (2009). Research framework

for an experimental study on phase change materials in scaled models of dutch

dwellings. In E. Durmisevic (Ed.), CMS 2009 conference on lifecycle design of buildings,

systems and materials, CIB W115 construction materials stewardship, 12-15 June 2009,

Enschede, The Netherlands (pp. 85-92). Enschede, the Netherlands: CIB (ISBN 978-90-

9024420-4).

Slaats, H. & Stoel, A. E. C. van der (2009). Validation of numerical model

components of LTP by means of experimental data (cd-rom). In M. Hamza, M. Shahien

& Y. El-Mossallamy (Eds.), Proceedings of the 17 th International Conference on Soil

Mechanics & Geotechnical Engineering, 5-9 October 2009, Alexandria, Egypt (pp. 1582-

1585). Amsterdam, the Netherlands: IOS press, Millpress (ISBN 978-1-60750-031-5).

64

Spiesz, P. R. & Brouwers, H. J. H. (2009). Evaluation of the rapid chloride

migration (rcm) test. In H.B. Fischer & K.A. Bode (Eds.), Proceedings 17th Ibausil,

international conference on building materials (internationale baustofftagung), 23-26

September 2009, Weimar, Germany (pp. 2-0723-2-0728). Weimar, Germany: Bauhaus-

Universitat Weimar (ISBN 978-3-00-027265-3).

Stoel, A. E. C. van der, Vink, D., Kluft, D. J. & Nijs, P den (2009). New Hoog

Catharijne: a 5-levels challenging underground construction (cd-rom). In M. Hamza, M.

Shahien & Y. El-Mossallamy (Eds.), Proceedings of the 17 th International Conference

on Soil Mechanics & Geotechnical Engineering, 5-9 October 2009, Alexandria, Egypt

(pp. 1762-1765). Amsterdam, the Netherlands: IOS press, Millpress (ISBN 978-1-60750-

031-5).

Tijhuis, W. (2009). ‘Crisis or challenge? Thoughts about international

construction industry recovery strategies’ (cd-rom). In A. Ceric & M Radujkovic (Eds.),

Proceedings of the CIB W55 & W65 Joint-conference ‘construction facing worldwide

challenger’ , 27 - 30 September 2009, Dubrovnik, Croatia. Zagreb, Croatia: University of

Zagreb, faculty of civil engineering (ISBN 978-953-6272-35-8).

Tolman, F. & Jonghe, T. de (2009). Procedure voor een risicoanalyse van

asfaltverhardingen. In Belgisch wegencongres, 22 - 25 september 2009, Gent, Belgium

(pp. 1-14). Brussel, Belgium: Belgische Wegen Vereniging.

Vossebeld, N. & Hartmann, T. (2009). A case study on using 4D modeling for

risk visualization. In H. Wamelink, M. Prins & R. Geraedts (Eds.), Proceedings of the

CIB conference changing roles, 5 - 9 october 2009, Noordwijk aan Zee, the Netherlands

(pp. 35-44). Delft, the Netherlands: TU Delft (ISBN 978-90-9024641-3).

Yu, Q. L., Brouwers, H. J. H. & Ballari, M. (2009). Experimental study and

modeling of the photocatalytic oxidation of NO in indoor conditions. In Z. Bittnar,

P.J.M. Bartos, J. Nemecek, V. Smilauer & J. Zeman (Eds.), Proceedings of the NICOM3,

nanotechnology in construction 3, May 31 - June 2 2009, Prague, Czech Republic (pp.

389-394). Berlin Heidelberg: Springer-Verlag (ISBN 978-3-642-00979-2).

Yu, Q. L., Brouwers, H. J. H. & Korte, A. C. J. de (2009). Gypsum hydration: a

theoretical and experimental study. In H.B. Fischer & K.A. Bode (Eds.), Proceedings 17th

Ibausil, international conference on building materials (internationale baustofftagung),

23-26 September 2009, Weimar, Germany (pp. 1-0783-1-0788). Weimar, Germany:

Bauhaus-Universitat Weimar (ISBN 978-3-00-027265-3).

65

9.5 ARTICLES IN PROfESSIONAL jOuRNALS

Bemelmans, J. W. & Voordijk, J. T. (2009). Beter samenwerken met SPIN.

Bouwformatie, (ISSN 1876-8822), 2(3), 24-25.

Bemelmans, J. W., Buter, J. I. H., Voordijk, J. T. & Vos, B. (2009). Strategisch

partnering en inkoop in de bouw. Deal!, (ISSN 1873-3182), 6, 24-27.

Boes, J. & Doree, A. G. (2009). Decentrale overheden terughoudend met

nieuwe aan- en uitbestedingsvormen. Tender nieuwsbrief, (ISSN 1384-2838), 1, 5.

Doree, A. G. (2009). Allianties. Bouwbelang, 2(5), 9.

Doree, A. G. (2009). Duurzame maat. Bouwbelang, 2(6), 9.

Doree, A. G. (2009). Kansen in de crisis. Bouwbelang, 2(4).

Doree, A. G., Miller, S. R. & Huerne, H. L. ter (2009). Vaklieden: Trots op het

vak, maar.... Asfalt, (ISSN 0376-6977), 36(2), 17-19.

Doree, A. G. (2009). Ver-gaande glorie. Asfalt, (ISSN 0376-6977), 36(4), 3.

Durmisevic, E. (2009). Bouwen van de toekomst. ConcepTueel, (ISSN geen),

18(1), 14-16.

Durmisevic, E. (06-12-2009). CIB news article, around the task groups

and working commissions, W115 - construction materials stewardship, report of 1st

international conference ‘construction materials stewardship 2009’. CIB Newsletter

Entrop, A. G. (2009). Bestaande bouw laat nu mogelijkheden onbenut.

Bouwformatie, (ISSN 1876-8822), 9, 16-17.

Entrop, A. G. & Brouwers, H. J. H. (2009). Research on the financial aspects

of exergy in the built environment. ECBCS annex 49: Low exergy systems for high-

performance buildings and communities - Newsletter, (ISSN is niet bekend), 5(1), 1-3.

Hofman, E. (2009). Modulaire bouwsystemen relatief onbekend,

systeemontwikkeling vraagt nieuwe regels. Bouwformatie, (ISSN 1876-8822), 2(1), 12-

13.

Hüsken, G., Hunger, M. & Brouwers, H. J. H. (2009). Photocatalytic concrete

products. Betonwerk und Fertigteil-technik = Concrete precasting plant and technology,

(ISSN 0373-4331), 12, 24-33.

66

Miller, S. R., Doree, A. G. & Oosterveld, M. (2009). Proefproject Aziehavenweg

Amsterdam. Asfalt, (ISSN 0376-6977), 26(2), 8-11.

Stoel, A. E. C. van der (2009). Grondverbeteringstechnieken in nederland; deel

1: state of the art. Civiele techniek, (ISSN geen), 64(7), 17-21.

Stoel, A. E. C. van der (2009). Grondverbeteringstechnieken in nederland; deel

2: voorbeeldprojecten. Civiele techniek, (ISSN geen), 64(8), 43-45.

Stoel, A. E. C. van der, Graaf, H. C. van de, Vink, D. & Ali, H. (2009). Nieuw

Hoog Catharijne Utrecht, ontwerp 5-laags ondergrondse parkeergarage: grondonderzoek

en conusbelastingproef. Geotechniek, (ISSN 1386-2758), 2, 28-33.

Tolman, F. & Jong, E. de (2009). Is systems engineering zo nieuw in de

wegenbouw? Asfalt, (ISSN 0376-6977), 36(3), 24-27.

Vos, M., Entrop, A. G. & Brouwers, H. J. H. (2009). Duurzame maatregelen

in kantoren, integrale benadering voor adoptieproces. Facility management magazine,

(ISSN 0924-8641), 176, 89-93.

9.6 ExTERNAL REPORTS

Boes, J. (2009). Het expertisecentrum op weg naar regievoeren?! Deventer:

Gemeente Deventer.

Boes, J. & Doree, A. G. (2009). Veilig langs de kust of ondernemend door

de storm?! Vernieuwende concurrentie- en samenwerkingsvormen in de Regio Oost.

Apeldoorn: Bouwend Nederland.

Durmisevic, E. (2009). Greendesign, Sarajevo design week 2009. Sarajevo,

Bosnie-Herzegovina: Amos graf.

Halman, J. I. M., Elias, M., Knigge, S. & Sophia, R. (2009). NGO’s op Curacao;

identificatie van belangrijke knelpunten en voorstellen tot verbetering. Enschede, the

netherlands: Stichting ABC Advies (ISBN 978-90-365-2970-9).

Korte, A. C. J. de & Brouwers, H. J. H. (2009). Thermodynamic changes

in plasterboards and novel gypsum materials, deliverable 2.2.1.2. Enschede, the

Netherlands: University of Twente.

67

9.7 INTERNAL REPORTS

Burg, T. van der, Dewulf, G. P. M. R., Heerkens, J. M. G., Lapré,

R., Mol, N. P. & Vries, T. de (2009). Gebiedsontwikkeling vliegbasis Twenthe, een

academische reflectie. Institute for Behavioral Research.

Kort, I. A. T. de (2009). Samenvatting: de ontwikkeling van een procesontwerp voor

strategische planvorming in integrale gebiedsontwikkelingsprojecten. UT Universiteit

Twente (ISBN 978-90-365-2961-7).

Anjewierden, A. A., Kindermann, J., Chen, W., Wichmann, A., Meistad, O. &

Jong, T. de (2009). Report on data mining technology to be used within SCY - SCY

Deliverable DV.1. Enschede: University of Twente.

9.8 GENERAL INTEREST PubLICATIONS

Halman, J. I. M. & Rojer, R. A. (2009). Jan Gerard Palm, leven en werk van

een muzikale patriarch op Curacao. Leiden, the Netherlands: KITLV (ISBN 978-90-

67183338).

Tolman, F. (2009). Risicoanalyses asfaltverhardingen. Ede, the Netherlands:

CROW.

Weber, B., Korte, A. C. J. de & Brouwers, H. J. H. (2009). Report on validation

of existing thermomechanical constitutive laws for modeling of gypsum/extension for

cement, deliverable d2.2.2.1. Dubendorf / Enschede: EMPA / University of Twente.

68

10 MA Theses

69

Naam

instelling

Onderwerp

Spruit, V.W.C

Ballast Nedam Infra

Projecten

Omgaan met risicomanagement.

Een onderzoek naar de inbedding van integraal

risicomangement binnen Ballast Nedam Infra Projecten.

Lammerink, R.E.G.

K.W.S. Infra

De groene asfaltcentrale.

Onderzoek naar mogelijkheden om efficiënter met energie

om te gaan binnen de asfaltcentrale.

Spenkelink, H.B.R.

Temmink Infra.

Klaar voor de start!?

Een onderzoek naar de externe kwaliteitsborging bij

Design & Constructprojecten met een afstandelijke en een

participerende opdrachtgever.

Vrancken, L.E.M.

ARCADIS

Beekherstel. Een onderzoek naar de hydraulische en

morfologische effecten van maatregelen ter bevordering van

de natuurlijke situatie van de Saasvelderbeken.

Koster, H.M.

Dienst Vastgoed

Defensie

De relatie tussen belevingswaarde en gebruikersparticipatie

bij vastgoedprocessen binnen Defensie.

Breemer, J.J.A. van

den

Heijmans-Breijn

RAMS and LCC in design process of infrastructural

Construction projects: a case for their implementation.

M. Eggink

Iter Fidelis BV

Soft aspects of assets in the civil infrastructure sector

valuated in financial terms.

D.H. Rakers

AT Osborne bv

Waar een wil is komt een weg. Value capturing als

financieringsinstrument voor infrastructuur.

Ommen, A. van Risico-allocatie bij gebiedsontwikkeling. Procesprotocol ter

ondersteuning van de risico’s tussen publieke en private

partijen bij gebiedsontwikkeling uitgevoerd in publiek

private samenwerking.

Rijnders, T.W.

A. Hak Leidingbouw

BV, Tricht

LOPby for partnering. Benchmarken van een

interdisciplinaire samenwerking aan strategische

partnering.

Beltman, J.A.

Bouwend Nederland

Nieuwe markten voor industriële woningbouw. Identificatie

van mogelijkheden en strategieën voor toetreding tot nieuwe

markten door industriële en klantgerichte Nederlandse

woningbouwbedrijven.

70

Hoek, J. van der

Bakker & Spees

Digitale Formele Communicatie in de Bouw: utopie of visi?

Topper, H.V.

AT Osbourne

Flexibele samenwerkingsovereenkomsten bij

gebiedsontwikkelingen. Contractuele afspraken om in te

kunnen spelen op veranderende omstandigheden.

Wodajo, Z.T. Understanding and reduction of cross-party conflicts in

housing development projects.

Baal, M. van

DHV Water

Treatment

Samen werken aan samenwerking! Samenwerking tussen

DHV Water Treatment en uitvoerende marktpartijen

bij geïntegreerde contractvormen binnen de drink- en

afvalwaterzuiveringsmarkt in Nederland.

Haverkamp, R.T.

Dura Vermeer

Beton- & Waterbouw,

Beuningen

Proactief sturen op risico’s. Een onderzoek naar het

ontwikkelen en implementeren van een proactief gestuurd

risicoproces bij Dura Vermeer Beton- en Waterbouw.

Beilen, R.J. van

BAM Infraconsult

Een aanzet voor BIM bij BAM Infra, onderzoek naar de

koppeling tussen ontwerp, calculatie, planning.

Bentheim, N.H. van

Van Wijnen Oost BV

Strategisch inkopen bij Van Wijnen.

Blokland, J.G. van

AT Osborne

Reële opties bij gebiedsontwikkeling.

Groot de, C.

KWS infra bv

Productgroep specifieke inkoopprestatie-indicatoren.

Kremers, J.J.F.J.

Ministerie van

Defensie

Construction contracting and Civil-Military Interaction.

Lentjes, B.A.

Ballast Nedam,

Nieuwegein

Op zoek naar balans tussen de inspanningen voor ontwerp

en prijsbepaling en het gebruik van systems engineering.

Een onderzoek naar de inrichting van het tenderproces en

het gebruik van systems engineering binnen de tenderteams

van Ballast Nedam Infra Projecten.

Overman, H.T.J. Simulation model for NOx distributions in a street canyon

with air purifying pavement.

Pollarini, G.M.

Economisch

Instituut voor de

Bouwnijverheid

Keuze/selectie van onderaannemers: relatieve belang van

sociale selectiecriteria.

71

Willems, B.M.M.

Heijmans NV

Invoering van ICT in de bouw.

Blom, P.F.

Bouwbedrijf

Roosdom Tijhuis

Portfolio analyse van de inkoop.

Klaver, S.J.M.

Rijkswaterstaat

The use of a system architecture framework to assess design

processes in Dutch road tunnel projects.

Vos, M.

NPC

Het adoptieproces van energiebesparende maatregelen in de

utiliteitsbouw.

Janssen, T.J.A.P.

-PRC B.V.

Risicoallocatie en allocatiediscussies bij Design and

Construct-contracten.

Plegt, M.M.

AWS Beter Wonen

Systems Engineering in de woningbouw. Toepassing

van Systems Engineering in het oplossen van de

beheersproblematiek van Beter Wonen.

Schokkin, J.W.

Strukton Engineering

B.V.

Beter voorbereid door BIM: Een onderzoek naar de

invoering en toepassing van Virtueel Bouwen tijdens de

voorbereiding van bouwprojecten.

Spaargaren, T.

Iter Fidelis

Op weg naar een objectieve en betrouwbare risicodiagnose.

Een onderzoek naar verhogen van de objectiviteit en

betrouwbaarheid van de risicodiagnose door de ontwikkeling

van risicodata uit eerdere projecten.

Stroomberg, J.

Heymans N.V.

Risk & opportunity based asset management infra structuur.

Reuser R.F.J.

Metrum

Developing Financial Arrangements between Municipality

and Social Housing Association in Urban Regeneration

projects.

Seesing, D.J.

Arcadis Nederland

Behheersen door benoemen en bespreken:

Verbetervoorstellen voor het bieden van beheersbaarheid

aan opdrachtgevers aan de hand van een knelpuntenanalyse.

Telephone+31 53 489 4254+31 53 489 4828

Postal addressUniversity of TwenteFaculty of Engineering TechnologyDepartment of Construction Management & EngineeringP.O. Box 2177500 AE Enschede NL

Visiting addressUniversity of TwenteDrienerlolaan 57522 NB Enschede

Building de Horst

Opening timeDaily from 08.30-17.15 hr

E-maily.r.g.bosch@utwente.nlj.nijhof@utwente.nl

Fax: +31 53 489 2511

For information about our teaching programme please contact our student counsellor Annet de Kiewit:

Telephone+31 53 489 4882

E-mailj.g.dekiewit@utwente.nl

PublisherUniversity of TwenteFaculty of Engineering TechnologyDepartment of Construction Management & EngineeringP.O. Box 2177500 AE Enschede NL

PublishedJune 2010

DesignCommunication CTW: Pien ten Voorde

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