Design of concrete structures / David Darwin Charles W. Dolan

Includes index.

Table of Contents. – Ch. 1 Introduction - - Concrete, Reinforced concrete, and prestressed concrete - - Structural forms - - Design basis. – Ch. 2 Materials - - Aggregates - - Proportioning and mixing concrete - - Admixtures - - Prestressing steels - - Shrinkage and temperature effects. – Ch. 3 Design of concrete structures and fundamental assumptions - - Theory, codes, and practice - - Bending of Homogeneous beams. – Ch. 4 Flexural analysis and design of beams - - Reinforced concrete beam behavior - - Practical considerations in the design of beams - - Rectangular beams with tension and compression reinforcement. – Ch. 5 Shear and diagonal tension in beams - - Diagonal tension in homogeneous elastic beams shear reinforcement - - Beams with varying depth - - Shear-friction design method. – Ch. 6 Bond, anchorage, and development length - - Fundamentals of flexural bond - - Bond strength and development length - - Anchorage of tension bars by hooks - - Welded wire reinforcement - - Bundled bars - - Development of bars in compression - - Bar cutoff and bend points in beams - - Structural integrity provisions - - Integrated beam design example - - Bar splices. – Ch. 7 Serviceability - - ACI code provisions for crack control - - Deflections due to long-term loads. – Ch. 8 Analysis and design for torsion - - Torsion in plain concrete members - - Torsion plus shear - - ACI code provisions for torsion design. – Ch. 9 Short columns - - Compression plus bending of rectangular columns - - Biaxial bending - -Load contour method - - Reciprocal load method - - Transmission of column loads through floor systems. – Ch. 10 Slender columns - - Concentrically loaded columns - - Compression plus bending. – Ch. 11 Analysis, Idealization, and preliminarily design of reinforced concrete beams and frames. – Ch. 12 Analysis and design of one-way slabs. – Ch. 13 Analysis and design of two-way slabs. – Ch. 14 Walls. – Ch. 15 Footings and foundations. – Ch. 16 Retaining walls. – Ch. 17 Strut-and-tie method. – Ch. 18 Design of reinforcement at joints. – Ch. 19 Concrete building systems. – Ch. 20 Anchoring to concrete. – Ch. 21 Seismic design. – Ch. 22 Prestressed concrete. – Ch. 23 Yield line analysis for slabs. – Ch. 24 Strip method for slabs - - Choice of load distribution.