Reinforced Concrete Structure (Limit State Design)

Cover
i
ii
iii
iv
Preface- v
Contents
Contents- viii
Contents- ix
Contents- x
Contents- xi
Contents- xii
Contents- xiii
Contents- xiv
Contents- xv
Contents- xvi
Contents- xvii
Contents- xviii
Contents- xix
Contents- xx
Contents- xxi
Contents- xxii
Contents- xxiii
PART I : STRUCTURAL ENGINEERING : AN OVERVIEW CHAPTER 1 GENERAL 1–39
PART II : LOADS AND STRESSESCHAPTER 2 LOAD AND STRESS 40–84
PART III : DESIGN OF BEAMSCHAPTER 3 DESIGN OF SINGLY REINFORCED RECTANGULAR BEAMS85–266
CHAPTER 4 DESIGN OF DOUBLY REINFORCEDRECTANGULAR BEAMS 267–336
CHAPTER 5 DESIGN OF FLANGED BEAMS 337–402
CHAPTER 6 DESIGN OF CONTINUOUS BEAMS 403–456
PART IV : DESIGN OF SLABSCHAPTER 7 DESIGN OF SLABS SPANNING IN ONE DIRECTION 457–485
CHAPTER 8 DESIGN OF SLABS SPANNING IN TWO DIRECTIONS 486–522
CHAPTER 9 DESIGN OF FLAT SLABS 523–583
CHAPTER 10 DESIGN OF CIRCULAR SLABS 584–608
PART V : DESIGN OF COLUMNSCHAPTER 11 DESIGN OF SHORT COLUMNS 609–706
CHAPTER 12 DESIGN OF LONG (SLENDER) COLUMN 706–758
PART VI : DESIGN OF FOOTINGSCHAPTER 13 DESIGN OF INDEPENDENT FOOTINGS 759–825
CHAPTER 14 DESIGN OF COMBINED FOOTING 826–885
PART VII : DESIGN OF OTHER CONCRETE STRUCTURESCHAPTER 15 DESIGN OF STAIRS 886–917
CHAPTER 16 DESIGN OF RETAINING WALLS 918–986
CHAPTER 17 DESIGN OF DOMES 987–1010
CHAPTER 18 DESIGN OF LINTELS 1011–1030
Problems- 1030
Index- 1031