Reinforced Concrete Structures Vol. IIFirewall Media, 1992 - 1164 pages |
Contents
WATER TANKS | 1 |
5 | 20 |
FOUNDATIONS | 25 |
6 | 26 |
DOMES | 57 |
CIRCULAR AND INTZE TANKS | 77 |
355 | 114 |
56 | 133 |
4 | 576 |
5 | 657 |
PART V | 659 |
SINGLY REINFORCED SECTIONS | 667 |
DOUBLY REINFORCED SECTIONS | 693 |
T AND LBEAMS | 705 |
407 | 734 |
SHEAR BOND AND TORSION | 739 |
57 | 162 |
1 | 185 |
RECTANGULAR TANKS | 231 |
UNDERGROUND TANKS | 261 |
2 | 268 |
PART II | 279 |
6 | 285 |
BUNKERS AND SILOS | 301 |
IS 3370 Part II 1965 | 312 |
3 | 322 |
1 | 369 |
BUILDING FRAMES | 387 |
PART IV | 435 |
CONCRETE BRIDGES | 463 |
DESIGN OF BEAMS AND SLABS | 753 |
AXIALLY LOADED COLUMNS | 787 |
COLUMNS WITH UNIAXIAL AND BIAXIAL BENDING | 807 |
DESIGN OF STAIR CASES | 837 |
TWOWAY SLABS | 851 |
126 | 869 |
YIELD LINE THEORY AND DESIGN OF SLABS | 883 |
PART VI | 931 |
SHRINKAGE AND CREEP | 1103 |
APPENDIXA B M and S F coefficients | 1123 |
437 | 1124 |
APPENDIXC Reinforcement | 1134 |
Common terms and phrases
12 mm bars 15 concrete 20 concrete assumed axis axle base slab bending moment bottom bridge cantilever circular class A loading class AA coefficient column compressive stress conical dome contraflexure cos² dead load Design diameter direct tension distance earth pressure edge effective depth effective width equal equation face factor Fe 415 steel flange girder given by Eq Hence provide hoop stress hoop tension horizontal impact factor joint kN-m length limit state design live load load B.M. long walls longitudinal M₁ metre mid-span mm c/c mm² Mulim N-mm N/m² N/mm² pipe R₁ reaction rectangular resistance ring beam shear force shear reinforcement shear stress short walls shown in Fig sin² spacing stirrups stress in concrete STRESSES DUE T-beam Table tank wall tensile stress thickness torsional Total upto V₁ vertical water pressure Xu.max