Table of Contents

List of Figures

List of Tables

1 Introduction

2 Dimensional Imaging of Cement Particles

3 Three-Dimensional Image Creation and Phase Distribution

• 3.1 Generation of Spherical Particles Following Measured PSD

• 3.2 Assignment of Phases to 3-D Cement Particles

4 Enhancements to the Three-Dimensional Cement Hydration Model in Version 3.0.

• 4.1 Individual Phase Reactivities

• 4.2 Influence of Non-Reactive Fine Fillers

• 4.3 Pore Solution Composition and its Influence on Hydration

• 4.4 Incorporation of Reactions for Limestone in CEMHYD3D

• 4.5 Preliminary Incorporation of Reactions for Slag in CEMHYD3D>

• 4.6 Other Additional Features in CEMHYD3D v 3.0.

5 Execution of the Three-Dimensional Cement Hydration Model

• 5.1 Auxiliary HTML/Javascript Pages to Support Hydration Model

• 5.2 Inputs

• 5.3 Model Execution

• 5.4 Outputs

6 Example Applications

• 6.1 Influence of Limestone on Hydration

• 6.2 Influence of Added Alkalis on Hydration

7 Acknowledgements

8 References

Appendix A: Computer programs for two-dimensional to three-dimensional conversion

• Program genpartnew.c .

• Program distrib3d.c .

• Program stat3d.c.

Appendix B Computer Program Listings for Cement Hydration Model

• Program disrealnew.c

• Program hydrealnew.c

• Program pHpred.c

• Program burn3d.c

• Program burnset.c

• Program parthyd.c

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