| Time | Paper No. | Title/Speaker | Presentation
Type
|
ST3 - Sustainable Development and Climate Change Initiatives
|
| 8:00: AM | MPL-1 | Sustainable Development and Climate Change Initiatives
J. Lukasik, J.S. Damtoft, D. Herfort, D. Sorrentino, E.M. Gartner
| Plenary Lecturer |
ST5 - Innovations in Cement and Concrete Science
|
| 4:00: PM | MPL-2 | Innovation in Use and Research on Cementitious Material
K.L. Scrivener, R.J. Kirkpatrick
| Plenary Lecturer |
ST1 - Hydration Chemistry and Structure of Cement Systems M1-01 Hydration of Cement and Cement Phases
|
| 10:00: AM | M1-01.1 | Understanding of Reactional Sequences and Limiting Stages during Tricalcium Aluminate Hydration with and without Gypsum
H. Minard, S. Garrault, A. Nonat
| Oral |
| 10:20: AM | M1-01.2 | Application of Sol-gel Technique to Synthesize Inorganic Binder Materials with Upgraded Hydration Characteristics
M. Palou, M. Dovál, M. Drábik
| Oral |
| 10:40: AM | M1-01.3 | Hydration Kinetics of Calcium Aluminate Cement with Calcium Sulfate Hemihydrate in Presence of Li+ and Tartaric Acid
F. Goetz-Neunhoeffer
| Oral |
| 11:00: AM | M1-01.4 | Synthesis and Hydration of Tricalcium Silicate
M. Costoya, S. Bishnoi, E. Gallucci, K.L. Scrivener
| Oral |
| 11:20: AM | M1-01.5 | Time Dependent Changes in the Internal Chemical Evolution of Blended OPC Cements over a 20 Year Period
K. Luke, E.E. Lachowski
| Oral |
M1-02 Microstructure of Cement Paste Systems I
|
| 1:30: PM | M1-02.1 | The Shrinkage Behavior of Decalcified Cement Pastes
C. Wan, H. Jennings, J. Thomas, J. Chen, Z. Kang, Q. Yin, L. Liu
| Oral |
| 1:50: PM | M1-02.2 | Effective Surface Area of Hardened Cement Pastes
S. Tada, H. Utsumi
| Oral |
| 2:10: PM | M1-02.3 | Strength Development and its Microstructure of Eco-Cement Paste
K. Kurumisawa, T. Nawa, Y. Hirukawa
| Oral |
| 2:30: PM | M1-02.4 | Microstructure of Steel-Cement Paste Contact Zone in Concrete Modified with Mineral Additives and Chemical Admixtures
J. Jasiczak, J.M. Januszewski
| Oral |
| 2:50: PM | M1-02.5 | Effects of Humidity Condition for Drying of the Sample Preparation on the Pore Structure of the Hardened Portland Cement Paste
K. Asaga, T. Kasuga, H. Kuga, M. Sakamoto
| Oral |
ST2 - Characterization TechniquesM2-01 Physical Properties of Cement Systems I
|
| 10:00: AM | M2-01.1 | Thermodynamics of Mercury Porosimetry and Effective Surface Area of Hardened Cement Pastes
H. Utsumi, S. Tada
| Oral |
| 10:20: AM | M2-01.2 | The Early Stage of Cement Hydration: Measurement of the Particle Size Distribution at Different Times
A. Mueller, U. Stark, S. Erfurt
| Oral |
| 10:40: AM | M2-01.3 | The Measurement of the Pore Volume of Hardened Cement Mortar by the Water Vapor Desorption Method
T. Hayakawa, S. Takahashi
| Oral |
| 11:00: AM | M2-01.4 | Characterization of the Pore Structure of Hardened Self-Compacting Cement Paste
V. Boel, K. Audenaert, G. De Schutter
| Oral |
| 11:20: AM | M2-01.5 | Investigations on the Influence of Coarse Glass Powder on the Properties of Cement Paste Using Electrical Impedance
N. Neithalath, N. Schwarz, M. DuBois
| Oral |
| 11:40: AM | M2-01.6 | Pozzolanic Reactivity of the Siliceous Wastes
M.N. Oudjit, K. Arroudj, M. Lanez, A. Bali, A. Tagnit-Hamou
| Oral |
M2-02 X-Ray Based Methods
|
| 1:30: PM | M2-02.1 | Phase Composition and Reaction Kinetics of OPC Hydration by In Situ Transmission XRD using a Focusing Elliptical Mirror
S.B. Feldman, P. Sandberg, D. Brown, F. Serafin
| Oral |
| 1:50: PM | M2-02.2 | XRD-Rietveld Quantitative Analysis of Glass-Containing By-Products used in the Brazilian Cement Industry
L.A. Gobbo, L.M. Sant' Agostino, L.Z. D'Agostino
| Oral |
| 2:10: PM | M2-02.3 | Characterization of Different Water Contents of Ettringite and Kuzelite
H. Pöllmann
| Oral |
| 2:30: PM | M2-02.4 | Fingerprinting South African Cements
M.J. Kearns
| Oral |
| 2:50: PM | M2-02.5 | Comparison Between Wet Chemical Analysis and Rietveld Method Quantification in White Cement Samples
L.A. Gobbo, M.A. Cincotto, V.A. Quarcioni
| Oral |
| 3:10: PM | M2-02.6 | Progress in Mathematical Modeling using CemQuant Software for Quantitative Phase Analysis of Portland Cement
B. Feret, V.J.F. Feret
| Oral |
ST3 - Sustainable Development and Climate Change Initiatives M3-01 Clinker Chemistry
|
| 10:00: AM | M3-01.1 | Influence of Alkalis and Sulphates on the Mineralogical Composition of Clinker
E. Gotti, M. Marchi, U. Costa
| Oral |
| 10:20: AM | M3-01.2 | Analysis of Trace Elements in Clinker Based on Supervised Clustering and Fuzzy Association Rule Mining
F.D. Tamás, F.P. Pach, J. Abonyi
| Oral |
| 10:40: AM | M3-01.3 | Effect of Phosphor on the Formation of Alite-Rich Portland Clinker
Z. Guan, Y. Chen, S. Guo, S. Qin
| Oral |
| 11:00: AM | M3-01.4 | Influence of Foreign Oxides on Lattice Parameters and Reactivity of Pure Clinker Phases of OPC
D. Stephan, J. Plank
| Oral |
M3-02 Sustainable Development and Climate Change
|
| 10:00: AM | M3-02.1 | Allocating Emissions Signatures and Enrichment of Heavy Metals in PM2.5 According to the Use of Alternative Raw Materials
M. Larrion, C. Gutierrez-Cañas, J.A. Legarreta, J.R. Vega, E. Garcia, S. Astarloa, E. Guede, C. Urcelay
| Oral |
| 10:20: AM | M3-02.2 | Cement Industry, Climate Change and Kyoto Protocol: Canadian Perspective
G. J. Venta
| Oral |
| 10:40: AM | M3-02.3 | Product Quality and Sustainability in the Cement Industry
R.B. Isaksson
| Oral |
| 11:00: AM | M3-02.4 | Containment, Capture, Recycling and Sequestration of Emitted Carbon Dioxide in the Context of the Indian Cement Industry
A.K. Chatterjee
| Oral |
| 11:20: AM | M3-02.5 | Life-Cycle Assessment (LCA) Study Adopted in Cement Industry for Sustainable Development
S.N. Pati, A.K. Solankey, K. Mohan
| Oral |
| 11:40: AM | M3-02.6 | Development of Geopolymer Concrete Supported by System Analytical Tools
A. Buchwald, K. Dombrowski, M. Weil
| Oral |
M3-03 Clinker Production: Grinding and Fly Ash Use
|
| 1:30: PM | M3-03.1 | Study on the Easily Grinding Portland Cement Clinker
W.S. Zhang, J.Y. Ye, H.X. Wang, Y. Wang
| Oral |
| 1:50: PM | M3-03.2 | Variation in Fineness of Portland Cement and its Effects on Properties of High Strength Concrete
L. Qureshi, A. Jawad, M.J. Munir
| Oral |
| 2:10: PM | M3-03.3 | Fly Ash as an Alternative Raw Material for Portland Cement Clinker Synthesis
M. Komljenovic, L.-J. Petrasinovic-Stojkanovic, N. Jovanovic, Z. Bascarevic, A. Rosic
| Oral |
| 2:30: PM | M3-03.4 | Operational Benefits of Using High-Carbon Fly Ash in Cement Manufacture
J.I. Bhatty, J. Gajda, F. Botha, M. Bryant
| Oral |
| 2:50: PM | M3-03.5 | Measurements of the Influence of Storage Time and Storage Temperature on Properties of Raw Inorganic Binders and Dry Mortars
A. Anderberg, L. Wadsö
| Oral |
ST4 - Durability and Degradation of Cement Systems M4-02 Alkali Aggregate Reactivity
|
| 1:30: PM | M4-02.1 | From Alkali Aggregate Reaction to Alkali Activated Cementing Materials: the Reaction Conditions, Mechanism and Products
W. ZiYun, Y. Suhong, D. Xinxiang, Y. Qi, G. Wenying, W. Guolin, L. Zhiqiang
| Oral |
| 1:50: PM | M4-02.2 | ASR in Concrete with Supplementary Cementitious Materials Effect of Pore Solution Composition on Damage
K. Schmidt, H. Hilbig, D. Heinz
| Oral |
| 2:10: PM | M4-02.3 | Synthesis and Characterization of Cementitious Gels (C-S-H and N-A-S-H). Compatibility Studies
A. Fernández-Jiménez, I. García-Lodeiro, A. Palomo, M.T. Blanco-Varela
| Oral |
| 2:30: PM | M4-02.4 | Effects of Surface Improvement Agent Composed of Lithium Silicate on Permeability and Durability of Hardened Concrete
T. Nawa, M. Suzuki, H. Naganuma, K. Kurumisawa
| Oral |
| 2:50: PM | M4-02.5 | Use of Reactive Aggregate Powders to Mitigate ASR Expansion
M. Cyr, A. Carles-Gibergues, M. Moisson, E. Ringot
| Oral |
| 3:10: PM | M4-02.6 | Chemical Changes Associated with Expansion due to Alkali Silica Reaction: Results from Room-Temperature Mortar Bar Experiments
Q. Li, R.J. Kirkpatrick, L.J. Struble
| Oral |
M4-03 Thaumasite I
|
| 10:00: AM | M4-03.1 | Thermodynamic Calculations on the Formation of Thaumasite and Validation by Experimental Investigations
F. Bellmann, J. Stark
| Oral |
| 10:20: AM | M4-03.2 | Conditions for Thaumasite Formation
T. Schmidt, B. Lothenbach, K.L. Scrivener, M. Romer, D. Rentsch, R. Figi
| Oral |
| 10:40: AM | M4-03.3 | Thermodynamic Stability of Thaumasite in the CaO-SiO2-CaCO3-Al2O3-CaSO4-H2O Closed System at 25 ºC
S. Martinez-Ramirez, J. Aguilera, M.T. Blanco-Varela
| Oral |
| 11:00: AM | M4-03.4 | Relative Resistance of Portland and Pozzolanic Cements to the Thaumasite Form of Sulfate Attack (TSA)
Q. Zhou, J. Hill, E.W. Byars, C.J. Lynsdale, J.C. Cripps, J.H. Sharp
| Oral |
ST5 - Innovations in Cement and Concrete Science M5-01 New Technologies
|
| 1:30: PM | M5-01.1 | Current ACI Initiatives on Sustainable Development
C. Bédard
| Oral |
| 2:10: PM | M5-01.2 | Clinkerization of Portland Cement Raw Meal in the Microwave Processing System
C.K. Park, J.P. Lee, D.M. Roy
| Oral |
| 2:50: PM | M5-01.4 | Wet Chemical Synthesis of Hydraulic Compounds and Materials
G. Kakali, R. Chrysafi, A. Gaki, Th. Perraki, A. Tsitouras
| Oral |
| 3:10: PM | M5-01.5 | High Strength Micro/Nano Fine Cement
A. Garcia-Luna, H. Minard, B.R. Diego
| Oral |
ST6 - Rheology and Early-Age Properties of Cement Systems M6-02 Early Age Properties of Cement Systems
|
| 10:00: AM | M6-02.1 | Volume Changes in Pastes Containing Shrinkage Reducing Admixtures under Autogenous and Drying Conditions
G. Sant, P. Lura, F. Rajabipour, A. Radlinska, W.J. Weiss
| Oral |
| 10:20: AM | M6-02.2 | The Effect of Natural Zeolites on the Composition of Cement Pore Fluids at Early Ages
K. Luke
| Oral |
| 10:40: AM | M6-02.3 | Correlation Between Hydration Characteristics and Initial Cracking Time of Cement-Based Materials at Early Ages
M.Z. Chen, S.P. Wu, M.K. Zhou, Z. He
| Oral |
| 11:00: AM | M6-02.4 | Comparison of Early Age Resistivity Development Between Ordinary Portland Cement and Calcium Sulfoaluminate Cement
J. Zhang, Z. Li
| Oral |
| 11:20: AM | M6-02.5 | Autogenous Shrinkage of Concrete Prepared with the Binders Containing Different Kinds of Mineral Admixture
P.Y. Yan, J.C. Wang, F. Zheng, Z.C. Chen
| Oral |
M6-03 Polycarboxalytes and Lignosulphonates
|
| 1:30: PM | M6-03.1 | Interaction Between Cements and Superplasticizers
C. Haehnel, H. Lombois-Burger, L. Guillot, E. Borgarello
| Oral |
| 1:50: PM | M6-03.2 | Interaction of Polycarboxylate-Based Superplasticizers and Cements: Influence of Polymer Structure and C3A-Content of Cement
F. Winnefeld, L. Holzer, A. Zingg, R. Figi, J. Pakusch, S. Becker
| Oral |
| 2:10: PM | M6-03.3 | Influence of Superplasticizers on C3A Hydration and Ettringite Growth in Cement Paste
C. Rößler, B. Möser, J. Stark
| Oral |
| 2:30: PM | M6-03.4 | Influence of PC Superplasticizers on Tricalcium Silicate Hydration
S. Pourchet, C. Comparet, L. Nicoleau, A. Nonat
| Oral |
| 2:50: PM | M6-03.5 | Interactions Between Lignosulphonates and Clinker Minerals and the Hydration Products of Clinker Minerals
B.O. Myrvold
| Oral |
| 3:10: PM | M6-03.6 | What Makes More Effective Polycarboxylates Comparing to Lignosulphonates? Differences on Adsorption Mechanisms
J. Roncero, V. Gimenez, M. Corradi
| Oral |
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