Theories and applications of plate analysis : classical, numerical, and engineering methods /
Szilard (emeritus professor, structural mechanics, University of Hawaii) addresses a range of problems related to the static, dynamic, and elastic stability analysis of plates and describes analytical, numerical, computer-aided, and engineering solution techniques, in this book/CD-ROM package. Using...
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| Format: | eBook |
| Language: | English |
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Hoboken, NJ :
John Wiley,
2004.
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| Online Access: | Connect to the full text of this electronic book |
Table of Contents:
- pt. I. Plate Theories and Analytical Solutions of Static, Linear-Elastic Plate Problems
- 1. Elastic Plate Theories and Their Governing Differential Equations
- 2. Exact and Series Solutions of Governing Differential Equations
- 3. Further Plate Problems and Their Classical Solutions
- 4. Energy and Variational Methods for Solution of Lateral Deflections
- pt. II. Numerical Methods for Solution of Static, Linear-Elastic Plate Problems
- 5. Finite Difference Methods
- 6. Gridwork and Framework Methods
- 7. Finite Element Method
- 8. Classical Finite Strip Method
- 9. Boundary Element Method
- pt. III. Advanced Topics
- 10. Linear Considerations
- 11. Nonlinear Aspects
- pt. IV. Engineering Solution Procedures
- 12. Practical Design Methods
- 13. Yield-Line Method
- pt. V. Dynamic Analysis of Elastic Plates
- 14. Classical and Energy Methods in Dynamic Analysis
- 15. Numerical Methods in Plate Dynamics
- pt. VI. Buckling of Plates
- 16. Fundamentals of Stability Analysis
- App. A.1. Fourier Series
- App. A.2. Conversion from One Poisson Ratio to Another
- App. A.3. Units.