Coverage for each subject progresses from theory (why things are done) based on mechanics, to the derivation of the design method, to practical design requirements, to worked-out examples.

Presents the various topics -- flexure, shear, columns, etc. -- at two levels:

• Begins each topic with the basics.
• Moves to more advanced topics not usually found in American texts -- e.g., unsymmetrical beams and columns, strain compatibility solutions of beams, P - D analyses of frames, and the design of deep beams and column-beam joints.

Features 92 examples -- each worked out completely from first principles (at least once) and in the same step-by- step order. Examples:

• Begin with guidance on how to select trial sections and end with a drawing of the reinforcement.
• Illustrate the effects of unequal spans and other situation normally encountered in design -- but not in textbooks.
• Increase in complexity within each chapter.

Contains an abundance of line drawings and photographs.

Presents the theory of reinforced concrete as a direct application of the laws of statics and the behavior of reinforced concrete.

Emphasizes that a successful design not only satisfies the design equations, but also is capable of being built at a reasonable price.

Presents the theory of shear and torsion based on truss models that emphasize important aspects of member behavior.

Includes complete treatment of column interaction diagrams.

Contains a comprehensive set of design aids (Appendix A).

Includes 117 chapter-end problems, some asking for a verbal answer to explain some aspect of the mechanics of the problem.