"..an esteemed author, clear and attractive presentation and plenty of diagrams, charts, drawings and design aids." - The Structural Engineer

• Preface. Introduction to fourth edition. Notation. Part 1: Design of reinforced concrete buildings. 1. Introduction to limit-state theory. 2. Loads. 3. Bending moments on structural members. 4. Material strengths and design stresses. 5. Members subjected to bending only. 6. Shearing and torsional forces. 7. Bond and anchorage. 8. Serviceability limit-states. 9. Beam and slab construction: one-way slabs. 10. Beam and slab construction: two-way slabs. 11. Flat slabs. 12. Other designs of floor. 13. Columns subjected to axial loads only. 14. Columns subjected to bending. 15. Walls. 16. Stairs. 17. Foundations. 18. Robustness and structural stability. 19. Fire resistance. Part 2: Design of a typical building. Data sheets. Metric/imperial conversion factors. Index.

"..an esteemed author, clear and attractive presentation and plenty of diagrams, charts, drawings and design aids." - The Structural Engineer

• Preface. Introduction to fourth edition. Notation. Part 1: Design of reinforced concrete buildings. 1. Introduction to limit-state theory. 2. Loads. 3. Bending moments on structural members. 4. Material strengths and design stresses. 5. Members subjected to bending only. 6. Shearing and torsional forces. 7. Bond and anchorage. 8. Serviceability limit-states. 9. Beam and slab construction: one-way slabs. 10. Beam and slab construction: two-way slabs. 11. Flat slabs. 12. Other designs of floor. 13. Columns subjected to axial loads only. 14. Columns subjected to bending. 15. Walls. 16. Stairs. 17. Foundations. 18. Robustness and structural stability. 19. Fire resistance. Part 2: Design of a typical building. Data sheets. Metric/imperial conversion factors. Index.

"..an esteemed author, clear and attractive presentation and plenty of diagrams, charts, drawings and design aids." - The Structural Engineer

• Preface. Introduction to fourth edition. Notation. Part 1: Design of reinforced concrete buildings. 1. Introduction to limit-state theory. 2. Loads. 3. Bending moments on structural members. 4. Material strengths and design stresses. 5. Members subjected to bending only. 6. Shearing and torsional forces. 7. Bond and anchorage. 8. Serviceability limit-states. 9. Beam and slab construction: one-way slabs. 10. Beam and slab construction: two-way slabs. 11. Flat slabs. 12. Other designs of floor. 13. Columns subjected to axial loads only. 14. Columns subjected to bending. 15. Walls. 16. Stairs. 17. Foundations. 18. Robustness and structural stability. 19. Fire resistance. Part 2: Design of a typical building. Data sheets. Metric/imperial conversion factors. Index.