Pervious Concrete Pavements: Design, Performance, and Applications provides both a comprehensive theoretical background and practical experiences on the performance of pervious concrete. The book explores the effects of various materials and process parameters on the mechanical, durability, and hydraulic properties of pervious concrete while also examining their hydrological design and water quality. The ability to upscale the use of pervious concrete in construction applications is investigated through field evaluation, lifecycle assessment, and performance prediction using artificial intelligence. The volume presents the latest findings in pervious concrete research, filling a gap in previous relevant publications.
1. 1. Introduction - p. 1 2. Part 1: Materials used in pervious concrete - p. 10 3. 2. Recycled aggregates from construction and demolition waste in pervious concrete - p. 11 4. 3. Geopolymers and alkali-activated materials in pervious concrete - p. 35 5. 4. Glass powder waste in pervious concrete - p. 77 6. 5. Municipal solid waste incineration fly ash in pervious concrete - p. 97 7. 6. Biochar waste biomass in pervious concrete - p. 113 8. Chapter 7. Incineration bottom ash in pervious concrete - p. 133 9. Part 2: Hydrologic design and water quality - p. 152 10. 8. A framework for effective hydrologic investigation of pervious concrete pavements - p. 153 11. 9. On the optimal geographical allocation of pervious concrete pavements - p. 167 12. 10. Contaminant reduction in stormwater infiltrated through pervious concrete pavements - p. 191 13. 11. Contaminant leaching from pervious concrete pavements: considerations and impact on the environment - p. 221 14. 12. Impact of climatic factors and groundwater level on the hydrologic performance of pervious concrete pavements - p. 251 15. 13. Permeability measurement and prediction of pervious concrete pavements - p. 271 16. 14. Modeling the hydrological implications of pervious concrete pavements - p. 299 17. Part 3: Other aspects of pervious concrete pavements - p. 318 18. 15. Predicting the performance of pervious concrete pavements using artificial intelligence - p. 319 19. 16. Lifecycle assessment of pervious concrete pavements - p. 345 20. 17. Field performance evaluation of pervious concrete pavements: a critical analysis - p. 381 21. 18. Clogging reduction and maintenance of pervious concrete pavements - p. 415 22. Index - p. 437
Pervious Concrete Pavements: Design, Performance, and Applications provides both a comprehensive theoretical background and practical experiences on the performance of pervious concrete. The book explores the effects of various materials and process parameters on the mechanical, durability, and hydraulic properties of pervious concrete while also examining their hydrological design and water quality. The ability to upscale the use of pervious concrete in construction applications is investigated through field evaluation, lifecycle assessment, and performance prediction using artificial intelligence. The volume presents the latest findings in pervious concrete research, filling a gap in previous relevant publications.
1. 1. Introduction - p. 1 2. Part 1: Materials used in pervious concrete - p. 10 3. 2. Recycled aggregates from construction and demolition waste in pervious concrete - p. 11 4. 3. Geopolymers and alkali-activated materials in pervious concrete - p. 35 5. 4. Glass powder waste in pervious concrete - p. 77 6. 5. Municipal solid waste incineration fly ash in pervious concrete - p. 97 7. 6. Biochar waste biomass in pervious concrete - p. 113 8. Chapter 7. Incineration bottom ash in pervious concrete - p. 133 9. Part 2: Hydrologic design and water quality - p. 152 10. 8. A framework for effective hydrologic investigation of pervious concrete pavements - p. 153 11. 9. On the optimal geographical allocation of pervious concrete pavements - p. 167 12. 10. Contaminant reduction in stormwater infiltrated through pervious concrete pavements - p. 191 13. 11. Contaminant leaching from pervious concrete pavements: considerations and impact on the environment - p. 221 14. 12. Impact of climatic factors and groundwater level on the hydrologic performance of pervious concrete pavements - p. 251 15. 13. Permeability measurement and prediction of pervious concrete pavements - p. 271 16. 14. Modeling the hydrological implications of pervious concrete pavements - p. 299 17. Part 3: Other aspects of pervious concrete pavements - p. 318 18. 15. Predicting the performance of pervious concrete pavements using artificial intelligence - p. 319 19. 16. Lifecycle assessment of pervious concrete pavements - p. 345 20. 17. Field performance evaluation of pervious concrete pavements: a critical analysis - p. 381 21. 18. Clogging reduction and maintenance of pervious concrete pavements - p. 415 22. Index - p. 437
