目次

1. Introduction 2. Methodology 3. Availability of Recycled Aggregates 4. Processing of Recycled Aggregates 5. Aggregates Properties and Composition 6. Use of Recycled Aggregates in Unbound Applications 7. Use of Recycled Aggregates in Hydraulically Bound Applications 8. Use of Recycled Aggregates in Bitumen Bound Applications 9. Use of Recycled Aggregates in Mortar 10. Use of Recycled Aggregates in Concrete 11. Potential for Recycled Aggregate Market 12. Final Conclusions and Recommendation for Further Research Appendix A-1: Journals/Conferences Appendix A-2: Institutions Appendix A-3: Data Matrix (excerpt) Appendix A-4: Case Studies Appendix A-5: Standards and Specifications Appendix A-6: Concrete Mixes (excerpt) Appendix A-7: Repackaging and Modelling of Data Appendix A-8: Chemical Composition Appendix A-9: Size and Shape Appendix A-10: Density Appendix A-11: Water Absorption Appendix A-12: Mechanical Properties Appendix A-13: Workability Appendix A-14: Stability Appendix A-15: Flexural and Tensile Strength Appendix A-16: Modulus of Elasticity Appendix A-17: Creep Appendix A-18: Shrinkage Appendix A-19: Resistance to High Temperatures Appendix A-20: Non-Destructive Testing of Recycled Aggregate Concrete Appendix A-21: Ductility Appendix A-22: Absorption, Permeability and Diffusion Appendix A-23: Carbonation Appendix A-24: Chloride Ion Penetration Appendix A-25: Freeze-Thaw Resistance Appendix A-26: Internal and External Chemical Attack Appendix A-27: Abrasion Resistance END