| Author | Title/Presentation Type
| Paper Number |
| Campos-Venegas, K. | Alkali Activated Paste Composites of Blast Furnace Slag and PFA, Strength and Microstructures (Poster)
| PST3.030 |
| Canonico, F.* | Microstructural Investigations on Hydrated High-Performance Cements Based on Calcium Sulfoaluminate (Oral)
| W3-11.4 |
| Capener, J.C.-M.* | Early Age Properties of Modern Rendering Systems Based on Mineral Binders Modified by Admixtures (Oral)
| TH6-09.5 |
| Carasek, H. | Study of Aggregates with Sulphides in Concrete (Poster)
| PST4.057 |
| Cardoso, F.A. | Extended Rheological Characterization of Cement Pastes: Squeeze Flow Plus Rotational Rheometry (Oral)
| TH6-08.4 |
| Care, S. | Comparison Between NMR Non Destructive Method and Common Invasive Methods Used for Concrete Structuration Evolution (Oral)
| T2-04.4 |
| Carles-Gibergues, A. | Use of Reactive Aggregate Powders to Mitigate ASR Expansion (Oral)
| M4-02.5 |
| Carvalho, P. | Alkaline Activation of Waste-Based Formulations (Poster)
| PST3.039 |
| Cassagnabere, F. | Low CO2/Energy Binder for Precast Industry (Oral)
| W3-10.1 |
| Castellote, M.* | Determination of the Zeta Potential in Hardened Cementitious Materials by Electro-Osmotic Experiments (Oral)
| T6-04.6 |
| Castellote, M. | In Situ Measurements of the Cement Hydration Profile During the Induction Period (Oral)
| W1-06.4 |
| Castellote, M. | The Key Role of Surface Concentration in the Modelling of Chloride Penetration into Concrete (Oral)
| T4-04.1 |
| Castro-Borges, P. | Hydraulic Fluorgypsum Cements: Effect of Different Additives and Portland Cement on the Hydration, Water Resistance and Mechanical Properties (Oral)
| W3-12.1 |
| Cau Dit Coumes, C.* | Influence of Zn(II) ions on the Hydration of Calcium Sulfoaluminate Cement - Application to Nuclear Waste Conditioning (Oral)
| T3-07.4 |
| Cau Dit Coumes, C. | Mixture-Proportioning of Cement-Based Materials Using Design of Experiments (DOE) (Poster)
| PST2.017 |
| Cau-dit-Coumes, C. | Design and Characterization of Low-Heat and Low-Alkalinity Cements (Oral)
| TH3-16.5 |
| Cau-Dit-Coumes, C. | Immobilization of Cesium in Geopolymeric Matrix: A Formulation Study (Oral)
| T3-08.1 |
| Cella, F. | Effects of Different Calcium Sulphates on the Mechanical Properties of a Rapid Setting High Flow Anchoring Grout (Oral)
| T5-02.4 |
| Cella, F. | Study of the Influence of Soluble Ions on Morphological and Microstructural Properties of Synthetic Ettringite (Oral)
| T1-04.3 |
| Cella, F. | The Effect of Cement Hydration on the Release Mechanism of Soluble Chromates (Oral)
| TH1-09.4 |
| Cerulli, T. | Effects of Different Calcium Sulphates on the Mechanical Properties of a Rapid Setting High Flow Anchoring Grout (Oral)
| T5-02.4 |
| Cerulli, T. | Study of the Influence of Soluble Ions on Morphological and Microstructural Properties of Synthetic Ettringite (Oral)
| T1-04.3 |
| Cerulli, T. | The Effect of Cement Hydration on the Release Mechanism of Soluble Chromates (Oral)
| TH1-09.4 |
| Chaid, R. | Measure Permeability to the Air of the Pozzolana (HPC) High Performances Concretes (Poster)
| PST4.065 |
| Chan, G.W. | Derivative Conduction Calorimetry (Oral)
| W2-05.3 |
| Chang, J.* | Influence of Fe2O3 Content on the Electrical Performance of Barium-Calcium Sulpho-Ferritealuminate Minerals (Poster)
| PST5.069 |
| Chang, J. | The Synthesis and Mechanical Performances of Barium-Calcium Sulfoaluminate Mineral (Oral)
| TH5-04.4 |
| Chanvillard, G. | Unifying Autogeneous and Drying Shrinkage of Cement Paste by the Use of Isothermal Sorption/Desorption Curves (Oral)
| T1-03.1 |
| Chao, C.N. | Hydration of a CEM V Blended Cement: Characterization of PFA and BFS Reactivity and Evolution of the Porosity (Poster)
| PST1.010 |
| Charpentier, T. | Hydration of a CEM V Blended Cement: Characterization of PFA and BFS Reactivity and Evolution of the Porosity (Poster)
| PST1.010 |
| Chatterjee, A.K.* | Containment, Capture, Recycling and Sequestration of Emitted Carbon Dioxide in the Context of the Indian Cement Industry (Oral)
| M3-02.4 |
| Chatterjee, A.K. | Entrapment of Zinc & Lead in Clinker Produced with a Nonferrous Waste Slag (Oral)
| W3-09.4 |
| Chatterjee, A.K. | Quantitative Morphological Characterization of Cement Particles of Different Milling Systems and its Relationship with Physical Properties of Cements (Oral)
| T2-03.3 |
| Chaussadent, T. | Comparison Between NMR Non Destructive Method and Common Invasive Methods Used for Concrete Structuration Evolution (Oral)
| T2-04.4 |
| Chelladurai, P. | An Investigation on Enhancing Blast Furnace Slag Content in Portland Slag Cement through Alkali Activation (Oral)
| T3-06.4 |
| Chen, C.-T.* | Reducing Cement-Superplasticizer Incompatibilities by Adding Alkalis (Oral)
| W6-07.5 |
| Chen, J. | The Shrinkage Behavior of Decalcified Cement Pastes (Oral)
| M1-02.1 |
| Chen, M.Z.* | Correlation Between Hydration Characteristics and Initial Cracking Time of Cement-Based Materials at Early Ages (Oral)
| M6-02.3 |
| Chen, M.Z.* | Effect of Shrinkage-Reducing Admixture on Volume Stability of Cement-Based Materials at Early Ages (Poster)
| PST6.076 |
| Chen, X.* | Thermodynamic and Structural Study of the Substitution of Si by Al in C-S-H (Oral)
| W1-05.1 |
| Chen, Y. | Effect of Phosphor on the Formation of Alite-Rich Portland Clinker (Oral)
| M3-01.3 |
| Chen, Y. | Influence of Wet-Milling on Physico-Chemical Properties of Fly Ash and Strength of Cement with Fly Ash (Poster)
| PST3.036 |
| Chen, Y.L.* | The Composite Effect of Mineral Additives to the Performances of Concrete (Oral)
| TH3-16.4 |
| Chen, Z.C. | Autogenous Shrinkage of Concrete Prepared with the Binders Containing Different Kinds of Mineral Admixture (Oral)
| M6-02.5 |
| Cheng, X. | Influence of Fe2O3 Content on the Electrical Performance of Barium-Calcium Sulpho-Ferritealuminate Minerals (Poster)
| PST5.069 |
| Cheng, X. | The Synthesis and Mechanical Performances of Barium-Calcium Sulfoaluminate Mineral (Oral)
| TH5-04.4 |
| Cheung, J.H. | Computational Model Predictions of Suspension Rheology: Comparison to Experiment (Oral)
| W6-06.3 |
| Cheung, J.H.* | On Understanding the Dispersion Behaviors of Cement Treated with Dispersants (Oral)
| T6-05.5 |
| Chia, K.S. | Influence of Chemical Admixtures on Workability of Lightweight Aggregate Concrete (Oral)
| T6-04.1 |
| Cho, K.-H | Effect of Competing Ion on the Solidification of Cr3+ and Cr6+ During the Formation of Ettringite (Oral)
| TH1-09.6 |
| Chougnet, A. | Effect of Polymer Powder Addition on Well Cement Properties (Oral)
| TH4-10.4 |
| Chrysafi, R. | Wet Chemical Synthesis of Hydraulic Compounds and Materials (Oral)
| M5-01.4 |
| Chui, P.C.* | Incorporation of Municipal Solid Waste Incineration Fly Ash and Bottom Ash in Non-Structural Concrete (Poster)
| PST3.037 |
| Chun, B.-W. | On Understanding the Dispersion Behaviors of Cement Treated with Dispersants (Oral)
| T6-05.5 |
| Churakov, S. | Application of Theoretical Approaches, XRD and XAFS Spectroscopy to Identify Lanthanide Binding Mechanisms in C-S-H Phases (Oral)
| TH1-09.3 |
| Ciccola, V.L.* | Increase the Cement Systems Durability through the Evaluation and Selection of Slurries Design for Oil Wells (Poster)
| PST4.054 |
| Cincotto, M.A. | Comparison Between Wet Chemical Analysis and Rietveld Method Quantification in White Cement Samples (Oral)
| M2-02.5 |
| Cincotto, M.A. | Study of Aggregates with Sulphides in Concrete (Poster)
| PST4.057 |
| Climent, M.A. | Effect of Fly Ash on Chloride Transport through Concrete: Study by Impedance Spectroscopy (Oral)
| T4-04.4 |
| Climent, M.A. | The Key Role of Surface Concentration in the Modelling of Chloride Penetration into Concrete (Oral)
| T4-04.1 |
| Codina, M.* | Design and Characterization of Low-Heat and Low-Alkalinity Cements (Oral)
| TH3-16.5 |
| Comparet, C. | Influence of PC Superplasticizers on Tricalcium Silicate Hydration (Oral)
| M6-03.4 |
| Comparet, C.* |
Influence of Three Types of Superplasticizers on Tricalcium Aluminate Hydration in Presence of Gypsum (Poster)
| PST1.003 |
| Cornelius, B.J. | Performance of High Volume Supplementary Cementing Materials for High Density Concrete at Elevated Temperature (Oral)
| TH8-01.3 |
| Corradi, M. | What Makes More Effective Polycarboxylates Comparing to Lignosulphonates? Differences on Adsorption Mechanisms (Oral)
| M6-03.6 |
| Corrado, P. | Advances in Self-Compacting Repair Mortars with Powder Polycarboxilate Superplasticizes Expansive Agents and Shrinkage Reducing Admixtures (Oral)
| TH6-09.1 |
| Costa, U. | Influence of Alkalis and Sulphates on the Mineralogical Composition of Clinker (Oral)
| M3-01.1 |
| Costa, U. | Influence of SO3 and MgO on Clinker Mineralogical Composition: An 'in-situ' HTXRD Study (Oral)
| W2-06.1 |
| Costoya, M.* | Synthesis and Hydration of Tricalcium Silicate (Oral)
| M1-01.4 |
| Courtois, S. | Influence of Zn(II) ions on the Hydration of Calcium Sulfoaluminate Cement - Application to Nuclear Waste Conditioning (Oral)
| T3-07.4 |
| Courtois, S.* | Mixture-Proportioning of Cement-Based Materials Using Design of Experiments (DOE) (Poster)
| PST2.017 |
| Coussy, O. | Frost Behaviour of a Cement Structure (Oral)
| W4-07.4 |
| Cripps, J.C. | Relative Resistance of Portland and Pozzolanic Cements to the Thaumasite Form of Sulfate Attack (TSA) (Oral)
| M4-03.4 |
| Cuberos, A.J.M. | Quantitative Phase Analysis of Belite Portland Cements from Synchrotron X-ray Powder Diffraction (Oral)
| W2-06.5 |
| Cusson, D.* | Field Performance of Structural Concrete Slabs Containing an Hydrophobic Admixture (Oral)
| TH8-01.4 |
| Cusson, D.* | Test Method for Determining Coefficient of Thermal Expansion of High-Performance Concrete at Early Age (Oral)
| T2-04.1 |
| Cyr, M.* | Use of Reactive Aggregate Powders to Mitigate ASR Expansion (Oral)
| M4-02.5 |
