| Author | Title/Presentation Type
| Paper Number |
| Wadsö, L. | Influence of Polymers on Physical Properties of Self-Levelling Flooring Compounds (Poster)
| PST1.001 |
| Wadsö, L. | Measurements of the Influence of Storage Time and Storage Temperature on Properties of Raw Inorganic Binders and Dry Mortars (Oral)
| M3-03.5 |
| Wadsö, L. | The Rate of Cement Hydration as a Function of the Water State (Poster)
| PST2.019 |
| Wadsö, L.* | Using Isothermal (heat conduction) Calorimetry to Study the Effect of Mixing Intensity on Reaction Rate of Cement Mortars (Oral)
| W2-05.1 |
| Wadsö, L.* | Why Use References in Isothermal Calorimetry? (Poster)
| PST2.025 |
| Walenta, G. | Formation and Hydration of Low-CO2 Cements Based on Belite, Calcium Sulfoaluminate and Calcium Aluminoferrite (Oral)
| TH3-15.3 |
| Walker, A.W.* | Has the Adoption of the European Cement Specification (EN 197) Improved Cement Consistency in South Africa? (Oral)
| T7-01.2 |
| Walker, C. | C-S-H Solubility Modeling at Different Temperatures (Oral)
| W1-05.4 |
| Wallevik, O.* | The Effect of Free Lime on the Hydration Kinetics and Rheology of Cement Mortar (Oral)
| W6-06.2 |
| Wan, C.* | The Shrinkage Behavior of Decalcified Cement Pastes (Oral)
| M1-02.1 |
| Wang, D. | Spectral and Microscopic Properties of Calcium Silicate Hydrate Polymer Nanocomposites (Oral)
| W5-03.2 |
| Wang, F.* | Compatibility of Cement and Emulsified Asphalt in CA Mortar (Poster)
| PST4.067 |
| Wang, H.X. | Study on the Easily Grinding Portland Cement Clinker (Oral)
| M3-03.1 |
| Wang, J.C. | Autogenous Shrinkage of Concrete Prepared with the Binders Containing Different Kinds of Mineral Admixture (Oral)
| M6-02.5 |
| Wang, K.* | Preparation of High Effective Activator of Coal Gangue (Poster)
| PST6.082 |
| Wang, K. | Strength and Shrinkage Cracking of Portland Cement Mortar Containing Different Superplasticizers (Oral)
| T6-04.3 |
| Wang, P. | Investigation on Reactivity of Fly Ash in Different Solutions (Poster)
| PST1.014 |
| Wang, P.M. | Effects of Hydroxyethyl Methylcellulose on the Shrinkage Cracking of Cement Mortars (Oral)
| TH6-08.5 |
| Wang, S. | CO2 Uptake of Cement Exposed to As-Captured Flue Gas (Oral)
| TH3-13.2 |
| Wang, T. | Compatibility of Cement and Emulsified Asphalt in CA Mortar (Poster)
| PST4.067 |
| Wang, X.G. | Correlations between the Rheological Behavior and Initial Hydration with Different Cement Types and Admixtures (Poster)
| PST6.077 |
| Wang, X.G. | Preparation of High Effective Activator of Coal Gangue (Poster)
| PST6.082 |
| Wang, X.G.* | Strength and Shrinkage Cracking of Portland Cement Mortar Containing Different Superplasticizers (Oral)
| T6-04.3 |
| Wang, X.J. | Evaluation of Activation and Action Mechanism of Calcined Coal Gangue (Oral)
| W3-12.5 |
| Wang, Y. | Study on the Easily Grinding Portland Cement Clinker (Oral)
| M3-03.1 |
| Watanabe, Y. | Durability and Micro Structure of 200N/mm2 Grade Ultra-High Strength Fiber Reinforced Concrete (Oral)
| W4-07.2 |
| Watanabe, Y. | Suppression of Delayed Expansion in an Ettringite-Generating High-Strength Additive (Oral)
| W4-09.2 |
| Weil, M. | Development of Geopolymer Concrete Supported by System Analytical Tools (Oral)
| M3-02.6 |
| Weiss, W.J. | Volume Changes in Pastes Containing Shrinkage Reducing Admixtures under Autogenous and Drying Conditions (Oral)
| M6-02.1 |
| Wen, Z.Y. | Alkali-Activated Carbonatite and Slag Composite Cementitious Materials (Oral)
| T3-06.1 |
| Wen, Z.Y. | Reaction Between Carbonaceous Rocks and Water Glass (Oral)
| TH5-04.2 |
| Wenda, R. | Cryotransfer Scanning Electron Microscopy on Cementitious Systems: Applications and Examples (Oral)
| TH2-08.2 |
| Wensheng, Z. | Influence of Fly Ash and Polypropylene Fiber on Mechanical Properties of Alkali Activated Slag Concrete (Poster)
| PST3.049 |
| Wenying, G. | From Alkali Aggregate Reaction to Alkali Activated Cementing Materials: the Reaction Conditions, Mechanism and Products (Oral)
| M4-02.1 |
| Whitfield, P.S. | The Effects of Particle Statistics on Quantitative Rietveld Analysis of Cement (Oral)
| TH2-07.4 |
| Wieland, E. | Application of Theoretical Approaches, XRD and XAFS Spectroscopy to Identify Lanthanide Binding Mechanisms in C-S-H Phases (Oral)
| TH1-09.3 |
| Wieland, E.* | The Use of X-ray Absorption Spectroscopy for Speciation Studies in Cementitious Systems (Oral)
| W2-06.6 |
| Wilkinson, A.P.* | The Development and Utility of In-Situ Synchrotron Diffraction for Studying Oil Well Cement Hydration at Elevated Temperatures and Pressures (Oral)
| W2-06.2 |
| Wilson, M.A. | The Relationship Between the Microstructure and Engineering Properties of Hydroceramic Sealants for Geothermal Wells (Oral)
| TH5-04.5 |
| Winkler, N.* |
CAC's from Different Global Sources (Poster)
| PST1.013 |
| Winnefeld, F.* | Interaction of Polycarboxylate-Based Superplasticizers and Cements: Influence of Polymer Structure and C3A-Content of Cement (Oral)
| M6-03.2 |
| Winnefeld, F. | Solubility of Fe-Ettringite and its Solid Solution with Al-Ettringite (Oral)
| TH1-09.1 |
| Winnefeld, F. | The Influence of Superplasticizers on the Hydration of Portland Cement (Oral)
| W1-05.3 |
| Wiseman, A. | Field Performance of Structural Concrete Slabs Containing an Hydrophobic Admixture (Oral)
| TH8-01.4 |
| Wolf, K. | Incompatibility Problem of Hardening Using Specific Combinations of Chemical Admixtures, Cement and Fly Ash (Oral)
| T6-04.2 |
| Wreden, C.P. | Behavior of Lead and Chromium Ions as Toxic Heavy Metals Between AFt and AFm Phases Based on C3A and C4A3S (Oral)
| T3-07.3 |
| Wu, S.P. | Correlation Between Hydration Characteristics and Initial Cracking Time of Cement-Based Materials at Early Ages (Oral)
| M6-02.3 |
