Reinforced Concrete Design 
What people are saying  Write a review
User ratings
5 stars 
 
4 stars 
 
3 stars 
 
2 stars 
 
1 star 

User Review  Flag as inappropriate
This book is very informative ...
User Review  Flag as inappropriate
All 10 reviews »';LJHG
Contents
Preface to the First Edition  1 
BASIC MATERIAL PROPERTIES  25 
CONTENTS  26 
BASIC DESIGN CONCEPTS  77 
Review Questions  93 
DESIGN OF BEAMS AND ONEWAY SLABS FOR FLEXURE  169 
Problems  222 
DESIGN FOR TORSION  267 
Review Questions  528 
DESIGN OF STAIRCASES  533 
References  564 
Uniaxial Bending  594 
Problems  650 
Problems  746 
SPECIAL PROVISIONS FOR EARTHQUAKERESISTANT  771 
Selected Special Topics  795 
DESIGN FOR BOND  295 
ANALYSIS FOR DESIGN MOMENTS IN CONTINUOUS  317 
Review Questions  353 
DEFLECTION  357 
Review Questions  412 
Problems  826 
Table A 3 DESIGN AIDS LSM for Singly Reinforced Rectangular Beam Sections  829 
GENERAL DATA FOR DEAD LOADS AND LIVE  863 
Other editions  View all
Common terms and phrases
20 concrete analysis assumed axial load beam section behaviour calculated cantilever cement clear cover Code Cl coefficients compression compressive stress concrete and Fe considered corresponding counterfort crackwidth cracking critical section curvature dead load deflection development length diagonal distribution ductility eccentricity edge effective depth elastic equivalent frame Example factored load failure Fe 415 steel flange flexural members footing given grade gravity loads Hence increase Indian Standards kN/m kNm/m linear elastic live loads located maximum method midspan minimum neutral axis obtained plastic hinge ratio rectangular refer Fig refer Section reinforced concrete service loads shear force shear reinforcement shear strength shear stress shown in Fig shrinkage simply supported spacing span specified stiffness stirrups strain strength of concrete stressstrain curve strip Table tensile stress tension reinforcement tension steel torsional twoway slabs ultimate limit vertical wall width yield