IISGNII गुरुर ब्रह्मा गुरुर विष्णु गुरुर देवो महेश्वरः गुरुः साक्षात्परब्रह्मा तस्मै श्री गुरुवे नमः

Reinforced Concrete Structure, 4/e A K Goel & I C Syal-S.CHAND

525.00 472.00

Part-I: Materials 1. Introduction Part-Ii: Working Stress Method Of Design 2. Reinforced Concrete Beam Analysis 3. Beam Reinforced In Tension And Compression 4. Shear, Bond And Torsion 5. Design Of Rectangular Beams 6. Flanged Beams 7. Slabs 8. Axially Loaded Columns 9. Combined Bending And Direct Stresses 10. Foundations 11. Stairs 12. Retaining Walls 13. Domes 14. Beams Curved In Plan 15. Reinforced Brick Work 16. Framework Part-Iiil Limit State Method Of Design 17. Introduction To Limit State Design 18. Limit State Of Collapse: Flexure 19. Limit State Of Collapse:Shear 20. Limit State Of Collapse:Torsion 21. Limit State Of Collapse:Compression 22. Limit State Of Serviceability 23. Development Length And Anchorage Part-Iv: Water Storage Tanks 24. Water Tanks Part-V: Prestressed Concrete 25. Prestressed Concrete 26. Masonary Structures 27. Concrete Bridges 28. Design Examples On Limit State Method 29. Yield Line Theory