An examination of the displacement method of matrix analysis -- written in an easy-to-read conversational style.

Provides complete coverage of ALL common elements used in matrix analysis of structures.

Contains a large number of example problems, ranging from simple to difficult, and illustrating all topics, including three-dimensional frames.

Provides fragments of computer code to illustrate algorithms used to formulate programs.

Contains an introduction to finite element analysis.

Derives stiffness matrices by using standard structural theory and work and energy methods.

Offers complete coverage of substructuring.

In the International Series in Civil Engineering and Engineering Mechanics.

Programs illustrate programming techniques discussed in book and can be used for analysis and design (1- 5.25" disk DOS 5.0 or higher)

Packaged with solutions manual

1. Analysis of One-Dimensional Bars.

2. Analysis of Two-Dimensional Trusses.

3. Analysis of Two-Dimensional Beams and Frames.

4. Analysis of Grids.

5. Three-Dimensional Trusses.

6. Analysis of Three-Dimensional Frames.

7. Additional Topics in the Stiffness Method.

8. Virtual Work and the Principle of Minimum Potential Energy.

9. A Brief Introduction to the Finite Element Method.

Appendix A. Review of Matrix Algebra.
Appendix B. Matrix Inversion Routines.
Appendix C. Derivation of the Slope-Deflection Equations.

Selected References.
Answers to Selected Problems.
Index.