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Concrete structures / R.F. Warner ... [et al.]

Contributor(s): Warner, R. F. (Robert Falcon).
Publisher: South Melbourne : Addison Wesley Longman Australia, 1998Description: xviii, 974 p. : ill. ; 25 cm.ISBN: 0582802474 (pbk.).Subject(s): Prestressed concrete | Reinforced concrete construction | Reinforced concreteDDC classification: 620.137
Contents:
- Pt. 6. Columns and walls. Ch. 22. Strength and design of short columns. Ch. 23. Slenderness effects in isolated columns and building frames. Ch. 24. Design of walls and deep beams. - Pt. 7. Buildings. Ch. 25. Appropriate analysis and preliminary design of buildings. Ch. 26. Guidelines for detailing. Ch. 27. Movement joints in building. Ch. 28. Foundations, footings and retaining walls. Ch. 29. Design for durability. Ch. 30. Design for fire resistance. Ch. 31. Design for earthquake resistance. - Pt. 8. Appendixes. - Appendix A. Constitutive relations for concrete. - Appendix B. Elastic and analysis of uncracked prestressed sections, allowing for the steel reinforcement. - Appendix C. Fatigue resisstance of prestressed members. - Appendix E. Structural safetyand reliability. - Index.
Preface. - Notation. - Pt. 1. Introduction. Ch. 1. Concrete structures. Ch. 2. Properties of concrete. Ch. 3. Properties of steel reinforcement and prestressing tendon. Ch. 4. Design and analysis of concrete structures. - Pt. 2. Beams in bending. Ch. Reinforced concrete beams in bending. Ch. 6. Flexure in beams with prestress. Ch. 7. Moment capacity of reinforced and prestressed beams. Ch. 8. Beam deflections. Ch. 9. Cracking in flexural members. Ch. Loss of presstress. - Pt. 3. Non-Flexural behaviour of beams. Ch. 11. Strut-and-tie modeling. Ch. 12. Shear. Ch. 13. Torsion. Ch. 14. Bond, stress development and anchorage. - Ch. 4. Design of beams. Ch. 15. Design of statically determinate beams. Ch. 16. Design of continuous beams. - Pt. 5. Slabs and floor systems. Ch. 17. Introduction to slabs and floor systems. Ch. 18. Methods of analysis for slabs and floor systems. Ch. 19. Design of reinforced concrete slabs and floor systems. Ch. 21. Collapse loan methods of analysis and design of slabs.
Item type Current location Call number Copy number Status Notes Date due Barcode Remark
Main Collection TC External Storage
620.137 CON (Browse shelf) 1 Available GENxx,GENxx,03,GR 5000061019 Please fill up online form at https://taylorslibrary.taylors.edu.my/services/external_storage1

- Pt. 6. Columns and walls. Ch. 22. Strength and design of short columns. Ch. 23. Slenderness effects in isolated columns and building frames. Ch. 24. Design of walls and deep beams. - Pt. 7. Buildings. Ch. 25. Appropriate analysis and preliminary design of buildings. Ch. 26. Guidelines for detailing. Ch. 27. Movement joints in building. Ch. 28. Foundations, footings and retaining walls. Ch. 29. Design for durability. Ch. 30. Design for fire resistance. Ch. 31. Design for earthquake resistance. - Pt. 8. Appendixes. - Appendix A. Constitutive relations for concrete. - Appendix B. Elastic and analysis of uncracked prestressed sections, allowing for the steel reinforcement. - Appendix C. Fatigue resisstance of prestressed members. - Appendix E. Structural safetyand reliability. - Index.

Preface. - Notation. - Pt. 1. Introduction. Ch. 1. Concrete structures. Ch. 2. Properties of concrete. Ch. 3. Properties of steel reinforcement and prestressing tendon. Ch. 4. Design and analysis of concrete structures. - Pt. 2. Beams in bending. Ch. Reinforced concrete beams in bending. Ch. 6. Flexure in beams with prestress. Ch. 7. Moment capacity of reinforced and prestressed beams. Ch. 8. Beam deflections. Ch. 9. Cracking in flexural members. Ch. Loss of presstress. - Pt. 3. Non-Flexural behaviour of beams. Ch. 11. Strut-and-tie modeling. Ch. 12. Shear. Ch. 13. Torsion. Ch. 14. Bond, stress development and anchorage. - Ch. 4. Design of beams. Ch. 15. Design of statically determinate beams. Ch. 16. Design of continuous beams. - Pt. 5. Slabs and floor systems. Ch. 17. Introduction to slabs and floor systems. Ch. 18. Methods of analysis for slabs and floor systems. Ch. 19. Design of reinforced concrete slabs and floor systems. Ch. 21. Collapse loan methods of analysis and design of slabs.

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