implementing model semantics and a (mb)se ontology in the...

Implementing Model Semantics and a (MB)SE Ontology

in the Civil Engineering & Construction Sector

© Systems Engineering A/S – Denmark - 2015

It’s all about creating a common language

Electrical Engineer (B. of Science) 1988 Implementation of Common Technical Language Facilitator of Systematic Design Optimisation Management Know-How Implementation International knowledge within industry, machine construction and building design. President of INCOSE Denmark Convenor of IEC and ISO standards Founder and Systems Engineer Systems Engineering A/S - Denmark

Henrik Balslev

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semantics the meaning of words, phrases or systems ontology a list of concepts and categories in a subject area that shows the relationships between them taxonomy the scientific process of classifying things (= arranging them into groups) [Source: Oxford Advanced Learner’s Dictionary, 8th edition]

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The Danish “I” in Building Information Modelling

by Henrik Balslev Systems Engineering A/S - Denmark

Photo: Copyright © Adam Mørk

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Client (1-n)

Operator (1-2)

Users (n)

Designer (1-2)

Architect (1-2)

Engineer (5-10)

Contractor (1-n)

Supplier (n)

The background

Danish Building Classification (DBK) from 2006 Not fully adapted and huge debate RESTART EU, Danish Government and Private founding -> cuneco cuneco project running from 2011 – 2015 Central development and open commenting procedure Valuable input from stakeholders We are in the implementing phase – and CCS works!

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Hospitals - Cultural buildings - Airports IT vendors - Consulting Engineers - Contractors

Architect – Landscape – Construction – Mechanical - Electrical

CCS Stakeholders

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ISO 12006-2 Construction entity

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The mission

a new common “language”

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Common language for all models

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CCS – five tools for structuring building information

Level of information

Information when?

Properties Properties of the object

Measuring rules

Rules for pricing

Which specific object?

Identification Classification What kind of object?

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Building elements Spaces

Classification

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Uniformat 29 How others classify…

OmniClass 211 18 doors i Elements 66 doors i Products 127 doors i Work result

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How cuneco classify …

A door is a door!

1 … with many properties!

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some benefits… o a lifecycle stable code

o all objects can be pre-coded

o simple coding – easy for humans to recognise

o object oriented and suitable for IT

Classification by “Inherent function”

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Systems

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Roof system

Wall system

Slab system

Ground system

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DEFINITION functional system which forms and separates space vertically

ALTERNATIVE TERMS Wall Green wall Façade Façade system …

PREFERRED TERM Wall system

CLASS B

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Functional systems Technical systems

Components

16 69

505

X XX XXX

Classes of building elements

590

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Functional system (16)

D Roof system

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Functional system (16)

J Ventilation system

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…

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Technical system (69)

BE Roof structure

HF Ventilation plant

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Component (505)

MAA Electric motor QNA Control valve QQA Window RQA Insulation RQD Screen ULE Beam ULM Wall covering WPA Pipe

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Class QQC

Definition space access object mainly for use by persons

Preferred term Door

Synonyms entrance, exit, …

Properties Material: Glass, wood, steel, …

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Properties

QQC

Material

Form

Dimension

Sound proofing

Thermal flow-through

Water proofnes

Strength

Fire insulation

…

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Identification

{21EC2020-3AEA-1069-A2DD-08002B30309D}

SN46T294SK

“The wetroom membrane”

GUID

Type number

Name

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Common language…

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RDS Reference Designation System

ISO/IEC 81346 standard series Designed to handle systems and their complexity

Plants – Machinery – Building construction - others Interdisciplinary “naming convention”

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Music keys Aspects

%

-

=

+

%%

--

==

++

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ROOF SYSTEM 1 (D1)

ROOF CONSTRUCTION 1 (AE1)

ROOFING 2 (NCE2) INSULATION 2 (RQA2) ROOF STRUCTURE 1 (BE1)

CEILING FINISH 2 (NCD2)

-D1.AE1.NCD2

BEAM 3 (ULE3)

-D1.AE1.BE1.ULE3 BEAM 3 (ULE3)

-ULE3

BEAM 1-8 (ULE1 ,…, 8)

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=BPA11 =BTA11

=BPA21

=BTA21

=BQD21

=BTA12 =BTA13

=BTA22

=BPA11

=BPB21

=QMB11

=QMB21

=GQA11

=GQA21

=EPC01

=HQA11

=HQA21

=EPA11 =EQA11

=BPB21

=QMB21 =J03.HF01 =J03.JJ01

=J03.JJ02

=JF01 =JG01

=BTA11 =EPA11 =QMB11

=QNA21

=EQA11

=QNA21

=JF01 =JG01

=BTA11 =EPA11 =QMB11

=QNA21

=EQA11

=QNA21

=QMB21

Ventilation system 3. Air distribution system 2. Heating distribution system 1. Heat Surface 11.

=J03 .EPA11 .JJ02 .JG01

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Testing with IT Vendors 33

Object with descriptive property or sets of properties Reference designation with property information

Roof structure no. 5. Made of wood. -BE5 (wood)

Door no. 2. OmniClass (US) 22-08 14 23 16: Plastic-Laminated-Faced Wood Doors

-QQC02 (22-08 14 23 16)

Door no. 35. prNS 8360 (N) 2011 Aluminium dør En-fløyet, utvendig

-QQC35 (2011, 234)

Wall construction no. 2 BASB (SE) 01.SB: Composite inner wall

-AD2 (01.SB)

CCS (RDS)code (local country classification system)

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Summary

RDS CLASSIFICATION Total of 590 classes of building systems (RDS) RDS IDENTIFICATION Aspects & Classification & Structure (RDS) AND Synonyms, definitions and a lot of properties!

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RDS also applies in

Please visit us

www.81346.com

www.cuneco.dk / www.cunecoclassification.dk

Also available for Android and iOS (pad and phone) NB! All tables now available in English

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Only complexity can reduce complexity

System theoretical rule by Niklas Luhmann

Internationalization of building systems and their classes

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cuneco – en del af bips

ISO/IEC 81346-2 (2016) Industrial systems, installations and equipment and industrial products — Structuring principles and reference designations — Part 2: Classification and code for classes.

505 components ISO 704 definitions ISO/IEC 81346-2 (2009) “no change please”

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cuneco – en del af bips

ISO/IEC 81346-12 (2016) Industrial systems, installations and equipment and industrial products — Structuring principles and reference designations — Part 12: Construction works

16 + 69 Systems ISO 704 definitions DIN 6779 proposal ISO 12006-2 alignment

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Off shore platform systems

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Systems interface control

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Monitor the interfaces

CCS system 1

CCS system 2

lead-in space, weight, dimensions, connections, cooling supply, heating supply, electric supply, redundant backup, data transmission,

covering, supporting, …

100% interface monitoring control by CCS system classification

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Interface control example (System Integration)

CoolingHeating

(none)

(none) Status

Status

Power supplyStatus& Error

(none)Control

Powersupply

Control

Powersupply

HeatExchange

Cooling &Heatingsystem

Ventilationsystem

Electricalsystem

Fres

h ai

r

Discharge

Publ

ic p

ower

net

Lead-in

Lead-in

Bushing

BushingAutomationsystem

Hole(s)Hole(s)MountingHole(s) Hole(s)

MountingWall

system

Controls more than 4.692 interfaces in one simple way.

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