Poster Session - Topic 1. Process Technology and Clinker Chemistry and Topic 7. Testing Methods – Standardization and New Approach

Monday, September 16, 2019, 13:15-14:00

ID: 288 T1-01 Influence of BaSO4 on properties of Portland clinker Anežka Zezulová (Czech Republic)

ID: 347 T1-02 Clinker production with high chlorine Alternative Fuels Nestor Isaias Quintero Mora (Switzerland)

ID: 351 T1-03 Influence of lithium on the formation and properties of Portland cement clinker Theodor Staněk (Czech Republic)

ID: 445 T1-04 Calcium aluminoferrite elasticity and electronic structure Hegoi Manzano (Spain)

ID: 492 T1-05 Formation and chemical stabilisation of tricalcium-silicate during solidification from the melt of post-treated

metallurgical slags

Katharina Schraut (Germany)

ID: 570 T1-06 Alucoque a by-product from the aluminium manufacture as mineralizer in the clinker production Edgardo Fabian Irassar (Argentina)

ID: 627 T1-07 C3S and C2S nanoparticles synthesized by flame spray pyrolysis (FSP) Jorge Tobón (Colombia)

ID: 799 T1-08 Characterization of the effect of fuel types on phases of calcium aluminate cements&investigation of properties

of calcium aluminate cement

Metehan Severoğlu (Turkey)

ID: 227 T7-01 Calibration of Laser-Ablation-ICP-MS for the quantitative analysis of concretes Marco Decker (Germany)

ID: 258 T7-02 In Situ Characterization of Bubbles in Fresh Cement Paste Ling Wang (China)

ID: 272 T7-03 Study on the oven-drying method at 40°C for hardened cement sample and the application Tomoyuki Hayakawa (Japan)

ID: 430 T7-04 Rapid screening method to determine hydraulic activity index of pumiceous pozzolanic materials from

Guatemala using XRD

Luis Velásquez (Guatemala)

ID: 514 T7-05 Features of multiple interface structures in recycled aggregate concrete (RAC) Yubin Cao (Australia)

ID: 636 T7-06 Development of the new Brazilian standard mixing procedure for mortar preparation in laboratory Fábio Alonso Cardoso (Brazil)

ID: 750 T7-07 Geometries of the scratch grooves on cement-based materials and their effect on microfracture characterization Jiahan Liu (China)

Poster Session - Topic 2. Hydration, Structure and Thermodynamics of Portland Cements and Topic 3. Supplementary Cementitious Materials (SCMs)

Tuesday, September 17, 2019, 13:00-14:00

ID: 43 T2-01 Hydration mechanisms and microstructure development of Ultra-High Performance Concrete (UHPC) Linmei Wu (Australia)

ID: 66 T2-02 Relation between strength of cements based on different clinkers and their microstructure Harald Justnes (Norway)

ID: 77 T2-03 Hydraulic reactivity of calcium silicates synthesized by combustion in solution - SCS Jorge Tobón (Colombia)

ID: 79 T2-04 Revealing the impact of synthetic C-S-H onto cement hydration Elisabeth John (Germany)

ID: 89 T2-05 Ptychographic X-ray computed tomography analysis of cement pastes Miguel Aranda (Spain)

ID: 130 T2-06 Laser pulsed atom probe tomography (APT) – A novel nanoscale investigation technique applied to characterize

tricalcium silicate surfaces

Christoph Naber (Germany)

ID: 139 T2-07 2D 29Si{1H} NMR studies of sorption site in C-S-H Daisuke Minato (Japan)

ID: 145 T2-08 Hydrated phases in the pozzolan / lime system of cement matrices made from ash from thermal activation of

coal waste

Isabel Sánchez Vigil de la Villa (Spain)

ICCC 2019 - LIST OF POSTERS

ID: 154 T2-09 Structural properties of tobermorite in autoclaved aerated concrete depending on the chemical composition of

raw materials

Jürgen Schreiner (Germany)

ID: 166 T2-10 Radiation damage effects in cementitious grouts used for nuclear waste disposal in the UK Sarah Kearney (United Kingdom)

ID: 219 T2-11 Study of ettringite formation, alone and from tricalcium aluminate Estelle Poupelloz (France)

ID: 233 T2-12 Effect of aluminium on C-S-H structure, stability and solubility Sonya Barzgar (Switzerland)

ID: 234 T2-13 The influence of different starting conditions to the hydrothermal formation of tobermorite - influence of silica

source and water-to-solid ratio

Lucie Galvánková (Czech Republic)

ID: 236 T2-14 In-situ growth of carbon nanostructure on clinker Xiaodong Li (China)

ID: 264 T2-15 Correlation between void microstructure characteristics identified by low-order probability functions and

mechanical properties of cement paste

Tong-Seok Han (Republic of Korea)

ID: 290 T2-16 Reconstruction of ITZ in mortar by stochastic optimization and evaluation of anisotropic properties Se-Yun Kim (Republic of Korea)

ID: 344 T2-17 Early hydration of reactive sulfur doped C2S-rich cement Martin Boháč (Czech Republic)

ID: 380 T2-18 The effect of CaCO3 as mineral addition on early age chemical shrinkage of cement pastes Jorge Tobón (Colombia)

ID: 441 T2-19 The effect of submicron cellulosic fibers on the micro-structure of cement paste Jing Wu (China)

ID: 446 T2-20 Molecular scale simulations of C-S-H/organic hybrid composites Hegoi Manzano (Spain)

ID: 447 T2-21 ReaxFF force field: concept, practical aspects, and application to cement research Hegoi Manzano (Spain)

ID: 485 T2-22 The factors governing the influence of heavy metals on the setting of Portland cement Pawel Pichniarczyk (Poland)

ID: 559 T2-23 Influence of sodium sulphate and sodium hydroxide on the hydration of ordinary Portland cement Gopala Rao Dhoopadahalli (India)

ID: 566 T2-24 FT-IR analysis of pure C3S hydration in diluted solutions and effect of graphene oxide on the hydrated products Marco Goisis (Italy)

ID: 578 T2-25 Hydrothermal Treatment of Ultra-High-Performance Concrete: Mechanical Properties and Phase Composition Julia von Werder (Germany)

ID: 589 T2-26 Immobilization of selenate ion using calcium aluminate hydrates and influence of gypsum on the reaction Junichi Ohya (Japan)

ID: 732 T2-27 Hydration kinetics and reaction products of ultra-high performance concrete S.M. Park (Republic of Korea)

ID: 737 T2-28 Structure of synthetic calcium silicate hydrate (C-S-H) in presence of aluminum and alkalis Yiru Yan (Switzerland)

ID: 740 T2-29 The effect of highly reactive pozzolan on the hydration of alite – C3A – gypsum model system Ewa Kapeluszna (Poland)

ID: 19 T3-01 The influence of CKD (cement kiln dust) addition on the physical and mechanical properties of Portland and slag

cement

Ewelina Tkaczewska (Poland)

ID: 36 T3-02 Сomplex additive the calcined mixture of clay and limestone for blended portland cement Ravil Rakhimov (Russian Federation)

ID: 39 T3-03 Properties of Portland cement pastes enriched with addition of calcined clays Nailia Rakhimova (Russian Federation)

ID: 57 T3-04 Early hydration behavior of blended cementitious systems containing calcined clays and superplasticizer Ricarda Sposito (Germany)

ID: 64 T3-05 Hydration and degradation of High content Fly ash Silica fume Cement (HFSC) Sohtaro Anraku (Japan)

ID: 91 T3-06 Preparation of bio-cement from rice husk ash with improved combustion technology Zhen He (China)

ID: 97 T3-07 Mechanically activated kaolin as supplementary cementitious material Biljana Ilic (Serbia)

ID: 109 T3-08 Correlation between compressive strength in blended cement mortars and pozzolanic activity assessment on

lime-pozzolan pastes

Jorge Tobón (Colombia)

ID: 123 T3-09 Fe in GGBFS: New insights from laboratory experiments and synchrotron-based investigations Andrea Mancini (Switzerland)

ID: 126 T3-10 The multifunctional CaxAlyOz materials: synthesis, properties and application Kestutis Baltakys (Lithuania)

ID: 131 T3-11 Determination of k-value of recycled brick powder and aspects of durability of relevant concrete Michal Bačuvčík (Slovakia)

ID: 149 T3-12 Effect of glass composition on the reactivity of siliceous and calcareous fly ashes Pawel Durdzinski (Germany)

ID: 160 T3-13 Effect of the addition of dolomite on the stability of the hydrate phase assemblage in Portland composite

cement pastes

Alisa Machner (Norway)

ID: 164 T3-14 Characterization and mechanical properties of non-cement binder based on Czech coal combustion by-products Martina Šídlová (Czech Republic)

ID: 170 T3-15 Energy-efficient technology of simultaneous production of two types of cement Aleksandr Riazanov (Russian Federation)

ID: 203 T3-16 Determine amorphous siliceous fly ash in hydrating blended cement using PONKCS method Xuerun Li (Switzerland)

ID: 212 T3-17 Influence of Portland cement on the activity index of siliceous fly ash Tomasz Baran (Poland)

ID: 214 T3-18 Study on activation energy of calcined clays from different calcination process Wilasinee Hanpongpun (Switzerland)

ID: 225 T3-19 Dependence of blended G-oil well cement phase compositions and properties on the time of hydrothermal

curing

Eva Kuzielová (Slovakia)

ID: 226 T3-20 Study of hydration courses in multicomponent binder system matrixes Matúš Žemlička (Slovakia)

ID: 279 T3-21 From laboratory to industrial trial: high performance composite cements with low environmental footprint Maciej Zajac (Germany)

ID: 316 T3-22 Compressive strength and shrinkage characteristics of mortar using ground granulated blast furnace slag finely

powdered in the single micron region

Satoshi Fujiwara (Japan)

ID: 346 T3-23 Calcined clays as supplementary cementitious materials: A feasibility study in Sweden Gilles Plusquellec (Sweden)

ID: 354 T3-24 Engineered properties of non-cement blended fiber composites Wei-Ting Lin (Taiwan)

ID: 369 T3-25 Valorization of glasses waste as eco-efficient cementitious materials Viviana Fátima Rahhal (Argentina)

ID: 379 T3-26 Blended cement with illitic calcined clay and calcareous material Edgardo Fabian Irassar (Argentina)

ID: 405 T3-27 Comparison of silicate structures of various industrial wastes evaluated by hydration reactivity and pozzolanic

activity

Koshiro Koizumi (Japan)

ID: 429 T3-28 Improved performance in low clinker content cements containing construction and demolition waste as a

pozzolanic material

M. Isabel Sánchez de Rojas (Spain)

ID: 500 T3-29 Water transport in cementitious materials post-treated by nano-silica Badreddine El Haddaji (France)

ID: 561 T3-30 Performance optimization of shotcrete by combined fillers Lukas Briendl (Austria)

ID: 569 T3-31 Influence of curing temperature on performance of low clinker blended cements Arun C. Emmanuel (India)

ID: 572 T3-32 Superiority of composite cement over binary blended cement Bibekananda Mohapatra (India)

ID: 579 T3-33 Modified oxygen steelmaking slag to produce cements – Performance and durability of cements and concretes Fabiano Ferreira Chotoli (Brazil)

ID: 586 T3-34 Feasibility of replacing fly ash with MSWI bottom ash as supplementary cementitious material in cement paste Boyu Chen (Netherlands)

ID: 631 T3-35 Alkali–silica reaction mitigation using nano silica Aly Said (United States)

ID: 658 T3-36 Activation of blast furnace slag with red mud and use of product as a supplementary cementitious material:

evaluation of consolidation

Roberto Cesar de Oliveira Romano (Brazil)

ID: 691 T3-37 Mechanical strength and durability of mortar containing biomass fly ash as partial replacement of cement Zengfeng Zhao (Belgium)

ID: 728 T3-38 Experimental study on the hydration heat and compressive strength of ocean cement Shan Hu (China)

ID: 742 T3-39 Structure and reactivity of synthetic CaO-Al2O3-SiO2 glasses Sylwia Kucharczyk (Poland)

ID: 746 T3-40 Development of hydration and microstructure of cement paste blended with carbonated waste hardened

cement powder

Bao Lu (China)

ID: 749 T3-41 Performance and application of high volume mineral admixture concrete Peiyu Yan (China)

ID: 767 T3-42 Effect of the Particle Surface Distribution on the Reactivity of Supplementary Cementitious Materials in Blended

Cements

Myroslav Sanytsky (Ukraine)

ID: 791 T3-43 Effects of ultrafine fly ash and Metakaolin on mechanical properties of high strength concrete at high

temperature

Hui Li (China)

Poster Session - Topic 4. Other Binders and Their Application

Wednesday, September 18, 2019, 13:30-14:00

ID: 22 T4-01 Relation between heavy metal sorption ability and crystal structure of calcined dolomite Yuuki Itaya (Japan)

ID: 46 T4-02 The characteristics of boron modified active belite (BAB) cement Aydin Saglik (Turkey)

ID: 58 T4-03 Eco friendly alkali activated inorganic polymers composites for thermal insulations Alina Badanoiu (Romania)

ID: 65 T4-04 Hydration and hardening behaviors of new type mineral of calcium barium phosphoaluminate shoude wang (China)

ID: 78 T4-05 The performance and hydration of lime-based low carbon cementitious materials activated by sodium hydroxide Meng Wu (China)

ID: 108 T4-06 An investigation on alkali activated limestone binder J Luis Santana-Carrillo (Mexico)

ID: 135 T4-07 New insights into reaction mechanisms in magnesium phosphate cements Alberto Viani (Czech Republic)

ID: 136 T4-08 Nanotechnological features of production of silicate composites of non-autoclaved hardening with using

experimental-statistical modeling

Yevgen Lutskin (Ukraine)

ID: 176 T4-09 Limestone aggregates in alkali activated waste glass cement; interaction and properties Luis Edgar Menchaca Ballinas (Mexico)

ID: 198 T4-10 Behavior of Belite cement blended with Calcium sulfoaluminate cement: an Ecocement Angeles G. De la Torre (Spain)

ID: 199 T4-11 Alite hydration mechanism in presence of ye’elimite related to BAY cements Diana Londono-Zuluaga (Spain)

ID: 211 T4-12 Development of a novel process for the production of calcium sulfoaluminate Ammar Elhoweris (Qatar)

ID: 213 T4-13 Characterization of early age hydration kinetics of novel low calcium hydraulic binders: quenching rate effect Rogério Colaço (Portugal)

ID: 273 T4-14 Reaction kinetics, reaction products and strength development of alkali-activated slag/fly-ash blends: Influence

of activators

Siva uppalapati (Belgium)

ID: 281 T4-15 Durability of BYF binders: link between hydrates assemblage, microstructure and performance Jan Skocek (Germany)

ID: 285 T4-16 Use of modified waste sludge from limestone washing into a form of alternative binder Alexandra Rybová (Czech Republic)

ID: 310 T4-17 Microstructure formation in densely packed cements with high limestone content Polina Secheyko (Germany)

ID: 342 T4-18 Xonotlite synthesis from opoka and its application for thermal insulating materials Raimundas Siauciunas (Lithuania)

ID: 364 T4-19 Impact of SCMs additions on the hydration mechanism of CSA cement Maurizio Iler Marchi (Italy)

ID: 394 T4-20 Iron-rich belite calcium sulfoaluminate clinkers made with non-conventional method Suresh Krishnamoorthy (India)

ID: 466 T4-21 Assessing the durability of geopolymer mortars and of their interfaces with CEMV concrete Catherine Davy (France)

ID: 481 T4-22 Effect of various synthesis parameters on the properties of metakaolin-based geopolymer Aly Said (United States)

ID: 487 T4-23 Assessing the durability of magnesium phosphate mortars by alkaline water Catherine Davy (France)

ID: 491 T4-24 Role of ternesite on the hydration of C3A in the presence and absence of gypsum Paula Carmona-Quiroga (Spain)

ID: 498 T4-25 Mechanochemical activation of fly ashes a way to make concretes with high levels of substitution: hybrid

concretes

Angel Palomo (Spain)

ID: 499 T4-26 Effect of curing temperature in the hydration of a belite cement with high level of fly ash Angel Palomo (Spain)

ID: 515 T4-27 Molecular modelling of creep behaviour of calcium aluminosilicate hydrate (C-A-S-H). Albina Kostiuchenko (Netherlands)

ID: 539 T4-28 Influence of CAH10 crystallinity on conversion rate of CAH10 to C3AH6 Guotian Ye (China)

ID: 626 T4-29 Chloride Transport and Chloride Binding in Alkali-Activated Cement Paste, Mortar, and Concrete Wil Srubar (United States)

ID: 646 T4-30 Coal fly ash geopolymer: study of weight variation and shrinkage as a function of relative humidity change Stefania Manzi (Italy)

ID: 654 T4-31 Impact of soluble alumina on the hydration of alkali-activated ground granulated blast furnace slag Artur Kiiashko (France)

ID: 676 T4-32 The effect of metakaolin on the hydration of calcium sulfoaluminate cement Malene Pedersen (Switzerland)

ID: 698 T4-33 Extraction of silica from serpentine and the use of waste acid to produce magnesium chloride cement Nan Yang (New Zealand)

ID: 704 T4-34 Differences between alkali-activated electric furnace and blast furnace ferronickel slags in reaction and

engineering properties

Dengquan Wang (China)

ID: 733 T4-35 Development of metakaolinite-based geopolymer , as an environmentally friendly alternative for indoor and

outdoor construction material

Alejandro Manzano-Ramírez (Mexico)

ID: 761 T4-36 Mechanism of hydration of non-OPC binder as a third-generation cementitious binder WoongGeol Lee (Republic of Korea)

ID: 762 T4-37 Physical Properties of Cementitious materials with Carbonated Fluidized-bed Boiler Ash and Carbonation of

Fluidized-bed Boiler ash

WoongGeol Lee (Republic of Korea)

ID: 763 T4-38 Plastic shrinkage cracking of self-compacting concrete Xuefang Wang (China)

ID: 768 T4-39 Quantitative study on hydration products of calcium sulfoaluminate cement/Portland cement blends Namkon Lee (Republic of Korea)

ID: 790 T4-40 Effect of floating beads on mechanical properties and hydration process of alkali activated fly ash cementitious

materials under microwave curing

Hui Li (China)

ID: 793 T4-41 The influence of direct current on the hydration of alkali activated fly ash cementing materials at early age Hui Li (China)

ID: 801 T4-42 Leaching resistance of alkali-activated binder contaminated with cesium Gordana Tanasijevic (Serbia)

ID: 838 T4-43 Hybrid cements: A wide range of compositional alternatives Angel Palomo (Spain)

Poster Session - Topic 5. Chemical Admixtures and Fresh Concrete (Fresh and Hardened Concrete) and Topic 6. Concrete Durability

Thursday, September 19, 2019, 13:30-14:00

ID: 138 T5-01 Expansion behavior of heat-cured cement pastes with anhydrite Ying Ma (China)

ID: 261 T5-02 Preparation, characterization and dispersion properties of polycarboxylic modified graphene oxide

nanocomposite

Ruijun Gao (China)

ID: 293 T5-03 Fluorescence microscopic approach for superplasticizer science Johannes Arend (Germany)

ID: 332 T5-04 Natural radioactivity of Portland cement mortars made with granite sand Miguel Angel Sanjuán (Spain)

ID: 345 T5-05 The effect of dispersing agent on the rheological properties of different types of Portland cement from Latin

América

Danila Ferraz (Brazil)

ID: 363 T5-06 Influence of recycled autoclaved aerated concrete on the basic properties of concrete Katarzyna Laskawiec (Poland)

ID: 443 T5-07 Control Flow Concrete Elizabeth Burns (United States)

ID: 459 T5-08 Influence of polymer on drying of fresh cementitious materials Emmanuel Keita (France)

ID: 490 T5-09 Effect of chemical and mineralogical parameters of cement on concrete workability Bibekananda Mohapatra (India)

ID: 512 T5-10 New multifunctional composite inorganic/organic additive for sustainable cement compositions GIORGIO FERRARI (Italy)

ID: 525 T5-11 Progressive Evolution of Concrete Mix Design and Related Issues Subrata Chowdhury (India)

ID: 545 T5-12 Recovery and use of C&DW recycle plant materials in construction César Medina Martínez (Spain)

ID: 554 T5-13 Competition between hydration and drying in polymer-modified mortars Lucy TRAVAILLEUR (France)

ID: 567 T5-14 Optimization of acid resistance in granulated blast furnace slag-rich concrete Christian Gerten (Germany)

ID: 588 T5-15 Nanotechnology in cement-based material: opportunities and challenges Marco Goisis (Italy)

ID: 598 T5-16 Influence of mixing on the concentration of nanoparticles in cement suspending fluid Hela Bessaies-Bey (France)

ID: 705 T5-17 Synthesis Technology of Polycarboxylate Water Reducing Agent Shengnan Sha (China)

ID: 756 T5-18 Viscosity and early porosity development of expired cement paste with low water to cement ratio Yening Yu (China)

ID: 766 T5-19 Measuring the packing fraction of cementitious powders Wenqiang Zuo (China)

ID: 76 T6-01 Properties of concrete incorporating incinerated biomedical ash HARSIMRANPREET KAUR (India)

ID: 118 T6-02 Chloride permeability and mechanical properties of cement-based materials containing limestone under chloride

attack

Jian Ma (China)

ID: 151 T6-03 Influence of pressure to fresh concrete on air content and air void system in concrete Yuto Tanakadate (Japan)

ID: 202 T6-04 Material and structural protection of cement concrete against alkaline corrosion Mikolaj Ostrowski (Poland)

ID: 299 T6-05 Study on the reactivity of blast furnace slag aggregate Natsumi Noguchi (Japan)

ID: 315 T6-06 Chloride binding in blended binder systems: Importance of the structures of CSH gel Klaartje De Weerdt (Norway)

ID: 318 T6-07 Dolomite powder as SCM - Impact on salt frost scaling resistance Matthias Mueller (Germany)

ID: 330 T6-08 Degradation mechanism of calcined clay-Limestone cementitious composites under sulfate attack Cheng Yu (China)

ID: 337 T6-09 Importance of the “pH of concrete” in various aspects of concrete durability and performance Kazuo Yamada (Japan)

ID: 463 T6-10 Study on alkali aggregate reaction and sulphide attack on aged concrete large dams Brijesh Singh (India)

ID: 484 T6-11 Service life design of rc structures prone to carbonation using accelerated test methods Puneet Kaura (India)

ID: 571 T6-12 Mitigating carbonation risk in structures using water-proofing chemicals and protective renderings Lav Singh (India)

ID: 606 T6-13 Ca leaching of shotcrete & secondary precipitation- an experimental approach Marlene Sakoparnig (Austria)

ID: 610 T6-14 Effect of carbonation on calcium silicate hydrate in cement paste with different water cement ratio Masaki Sato (Japan)

ID: 623 T6-15 “ASSpC” Shotcrete research for the needs of tomorrow Florian Mittermayr (Austria)

ID: 632 T6-16 Sulfate resistance of dry mix shotcretes with new binder composition Florian Steindl (Austria)

ID: 635 T6-17 A review of sprayed concrete’s life cycle environmental performance: generating evidence to fill the gap Marcella Saade (Canada)

ID: 637 T6-18 Carbonation rate of C3S crushed paste as a function of hydration degree and relative humidity Bruno Huet (France)

ID: 664 T6-19 Investigation for durability of mortar using Dry Sludge Powder Megumi Araki (Japan)

ID: 668 T6-20 Effect of calcium bentonite on on the efflorescence of waste based alkali-activated slag mortar Zonghui Zhou (China)

ID: 720 T6-21 Effects of limestone powder on the properties of C40 concrete Dehui Wang (China)

ID: 758 T6-22 Effect of high volume mineral addition on cement hydration product Ca(OH)2 Surong Luo (China)

ID: 759 T6-23 Effect of mineral admixture on hydration and heat release of cement Wenda Wu (China)

ID: 785 T6-24 Diffusion of dissolved gases in saturated cementitious materials: Does the size matter? Quoc Tri Phung (Belgium)

ID: 792 T6-25 Properties of nano-clay modified high-performance concrete undergoing freeze-thaw cycles in salt lake brine Huimei Zhu (China)