Sustainable Novel Alternatives to Natural Sand in Concrete Manufacturing: Recent Developments and Innovations discusses sustainable sand alternatives for making new concrete, including natural sand sources, treatment technologies, and the harmful effect of excessive extraction of natural river sand on the natural environment. Sections examine current research on sustainable sand alternatives and highlight the concept of sustainability measurement and economic analysis for concrete production when sustainable sand is utilized.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Contributors - p. xiii 7. Section A. Sources of natural and sustainable sand - p. S1 8. 1. Time is running out of natural sand: A systematic review - p. 3 9. 2. Sustainable sand concrete: Recent advances and prospects - p. 25 10. 3. Evaluating the impact of printing parameters on bond strength and water permeability in 3DCP with municipal solid waste aggregates - p. 45 11. 4. Desert sand in concrete manufacturing: Challenges and benefits - p. 59 12. 5. Use of plastic waste as sand in concrete: A systemic review - p. 85 13. 6. Replacement of recycled and manufactured sand with natural river sand systematic review - p. 103 14. Section B. Methods and case studies of sustainable sand concrete - p. S2 15. 7. Differentiating in methodologies of sustainable sand preparation from industrial solid wastes - p. 137 16. 8. Preparation of recycled and manufactured sand for concrete manufacturing by industrial techniques - p. 149 17. 9. Recycled PET waste sand concrete for the construction industry: A case study - p. 169 18. 10. Desert sand concrete for the construction industry: A case study of desert nations - p. 197 19. Section C. Experimental performance of sustainable sand concrete - p. S3 20. 11. Development of sustainable sand concrete by incorporating industrial solid waste - p. 217 21. 12. Strength, durability, and microstructural characterization of sustainable sand concrete - p. 255 22. 13. Utilization of desert sand in concrete production: An experimental study - p. 281 23. 14. Sustainable alternatives to natural sand for environmentally responsible concrete production - p. 295 24. 15. Performance comparison of recycled crushed sand concrete with natural river sand concrete - p. 305 25. 16. A study of strength and durability characteristics of self-healing, self-compacting concrete by incorporating mineral admixture - p. 321 26. 17. An study on strength and self-healing characteristics of bacterial sustainable sand concrete: A review - p. 347 27. Section D. Economy, energy, and environment aspects in sustainable sand concrete - p. S4 28. 18. Natural and sustainable sand market size: A global perspective - p. 373 29. 19. Sustainable mix design for sandcrete using dredged sand: A comprehensive approach - p. 395 30. 20. Circular economy in sustainable sand concrete: Current trends and future outlook - p. 425 31. 21. Cost–benefit analysis of sustainable sand concrete: Benefits for end users - p. 451 32. Section E. Assessment of new techniques Artificial intelligence and machine learning approach for sustainable sand concrete - p. S5 33. 22. The role of internet of things in sustainable sand concrete production - p. 489 34. 23. Artificial intelligence and machine learning in sustainable sand production - p. 505 35. 24. AI-enabled approach for managing contemporary resilient supply chain processes pertaining to construction management - p. 529 36. Index - p. 558
Sustainable Novel Alternatives to Natural Sand in Concrete Manufacturing: Recent Developments and Innovations discusses sustainable sand alternatives for making new concrete, including natural sand sources, treatment technologies, and the harmful effect of excessive extraction of natural river sand on the natural environment. Sections examine current research on sustainable sand alternatives and highlight the concept of sustainability measurement and economic analysis for concrete production when sustainable sand is utilized.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Contributors - p. xiii 7. Section A. Sources of natural and sustainable sand - p. S1 8. 1. Time is running out of natural sand: A systematic review - p. 3 9. 2. Sustainable sand concrete: Recent advances and prospects - p. 25 10. 3. Evaluating the impact of printing parameters on bond strength and water permeability in 3DCP with municipal solid waste aggregates - p. 45 11. 4. Desert sand in concrete manufacturing: Challenges and benefits - p. 59 12. 5. Use of plastic waste as sand in concrete: A systemic review - p. 85 13. 6. Replacement of recycled and manufactured sand with natural river sand systematic review - p. 103 14. Section B. Methods and case studies of sustainable sand concrete - p. S2 15. 7. Differentiating in methodologies of sustainable sand preparation from industrial solid wastes - p. 137 16. 8. Preparation of recycled and manufactured sand for concrete manufacturing by industrial techniques - p. 149 17. 9. Recycled PET waste sand concrete for the construction industry: A case study - p. 169 18. 10. Desert sand concrete for the construction industry: A case study of desert nations - p. 197 19. Section C. Experimental performance of sustainable sand concrete - p. S3 20. 11. Development of sustainable sand concrete by incorporating industrial solid waste - p. 217 21. 12. Strength, durability, and microstructural characterization of sustainable sand concrete - p. 255 22. 13. Utilization of desert sand in concrete production: An experimental study - p. 281 23. 14. Sustainable alternatives to natural sand for environmentally responsible concrete production - p. 295 24. 15. Performance comparison of recycled crushed sand concrete with natural river sand concrete - p. 305 25. 16. A study of strength and durability characteristics of self-healing, self-compacting concrete by incorporating mineral admixture - p. 321 26. 17. An study on strength and self-healing characteristics of bacterial sustainable sand concrete: A review - p. 347 27. Section D. Economy, energy, and environment aspects in sustainable sand concrete - p. S4 28. 18. Natural and sustainable sand market size: A global perspective - p. 373 29. 19. Sustainable mix design for sandcrete using dredged sand: A comprehensive approach - p. 395 30. 20. Circular economy in sustainable sand concrete: Current trends and future outlook - p. 425 31. 21. Cost–benefit analysis of sustainable sand concrete: Benefits for end users - p. 451 32. Section E. Assessment of new techniques Artificial intelligence and machine learning approach for sustainable sand concrete - p. S5 33. 22. The role of internet of things in sustainable sand concrete production - p. 489 34. 23. Artificial intelligence and machine learning in sustainable sand production - p. 505 35. 24. AI-enabled approach for managing contemporary resilient supply chain processes pertaining to construction management - p. 529 36. Index - p. 558
