Comprehensive Rcc.DesignsCONTENTS: Part 1:Working Stress Method 1.Introduction 2.Theory of reinforced beams and Slabs 3.Shear and bond 4.Torsion 5.Doubly reinforced beams 6. T and LBeams 7.Design of beams and Slabs 8.Design of stair cases 9.Reinforced brick and hollow tile roofs 10.Twoway slabs 11.Circular slabs 12.Flat slabs 13.Axially loaded columns 14.Combined direct and bending stresses 15.Continuous and isolated footings 16.Combined footings 17.Pile foundations 18.Retaining Walls Part 11: Water Tanks 19.Domes 20.Beams curved in plan 21.Water tanks1 Simple cases 22.Water tanks11 Circular & INTZE Tanks 23.Water tanks111: Rectangular tanks 24.Water tanksIV: Undergound tanks Part 111:Miscellaneous Structures 25.Reinforced concrete pipes 26.Bunkers and silos 27.Chimneys 28.Portal frames 29.Building frames Part IV:Concrete Bridges 30. Aqueducts and box culverts 31.Concrete Bridges Part V: Limit State Design 32.Design concepts 33.Singly reinforced section 34.Doubly reinforced sections 35.T and LBeams 36.Shear bond and torsion 37.Design of beams and slabs 38.Axially loaded columns 39.Columns with Uniaxial and Biaxial bending 40.Design of stair cases 41.Two way slabs 42.Circular slabs 43.Yield Line theory and design of slabs 44.Foundations Part IV:Prestressed concrete and Miscellaneous Topics 45.Prestressed concrete 46.Shrinkage and creep 47.FormWork 48.Tests for cement and concrete 
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A comprehensive book for reinforced concrete structures of all kind. Contains very handful information for both academics and civil engineering practice. Kudos to the authors. I'll like to have information about the price and how I can get it in Nigeria.
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All 10 reviews »sufficient information for a btech student is provided
Contents
II  10 
III  39 
IV  75 
V  100 
VI  106 
VII  120 
VIII  144 
IX  217 
XXIX  701 
XXX  717 
XXXI  729 
XXXII  757 
XXXIII  759 
XXXV  773 
XXXVI  859 
XXXVII  861 
X  239 
XI  245 
XII  270 
XIII  285 
XIV  317 
XV  346 
XVI  385 
XVII  430 
XVIII  441 
XIX  485 
XX  487 
XXI  499 
XXII  533 
XXIII  550 
XXIV  635 
XXV  651 
XXVI  663 
XXVII  665 
XXVIII  677 
XXXVIII  864 
XXXIX  879 
XL  886 
XLI  905 
XLII  914 
XLIII  932 
XLIV  943 
XLVI  960 
XLVIII  968 
XLIX  979 
L  987 
LI  1006 
LII  1015 
LV  1017 
LVI  1113 
LVII  1125 
LVIII  1135 
Common terms and phrases
15 concrete aggregate anchor bars area of steel assumed balanced section bending moment bottom calculated cantilever cement circular clear cover coefficient column compression member compressive force compressive stress counterforts dead load determined development length diameter direction distance dome eccentricity edge effective depth effective span equal equation face factor flange footing girder given by Eq Hence provide hoop stress hoop tension horizontal Indian Standard joint kNm kN/m live load maximum method metre minimum mm c/c Nmm neutral axis permissible stresses pile point of contraflexure Portland cement ratio rectangular reinforced concrete resistance ring beam shear force shear reinforcement shear stress shown in Fig simply supported soil spacing steel reinforcement stirrups strength stress in concrete stress in steel Tbeam Table tank tensile stress thickness torsional transverse reinforcement upto vertical wall weight тс