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| "Linear and Nonlinear Finite Element Analysis in Engineering Practice" |
Retail: $179.00 $12.95 |
| Educational/Reference Material |
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This textbook by Dr. Constantine Spyrakos and Dr. John Raftoyiannis explores the worlds of linear and nonlinear material phenomena. This reference textbook for professional engineers and students offers a mixture of FEA theory with real hands-on examples to help engineers gain insight into nonlinear analysis, which is the foundation of ALGOR's Mechanical Event Simulation software.
Table of Contents
Chapter 1: TRUSSES
Chapter 2: BEAMS
Chapter 3: FRAMES
Chapter 4: PLANE ELASTICITY
Chapter 5: PLATES AND SHELLS
Chapter 6: SOLIDS
Chapter 7: SPECIAL TOPICS
Chapter 8: COMPOSITE MATERIALS
Chapter 9: BUCKLING ANALYSIS
Chapter 10: NONLINEAR FE ANALYSIS - PART I
Chapter 11: NONLINEAR FE ANALYSIS - PART II
Service and Education- Comprehensive, hardcover linear and nonlinear finite element analysis textbook ("Linear and Nonlinear Finite Element Analysis in Engineering Practice") that blends theory and real-world engineering examples and covers:
- Analyzing thermal strains
- Linear versus nonlinear contact analysis
- Performing composite material analysis
- Modeling and understanding the basic concepts of stability theory as applied to buckling analysis
- Following the basic steps of a nonlinear analysis
- Learning about sources and types of nonlinearity through numerical examples
- Understanding plasticity, viscoelastic and viscoplastic theories
- Dealing with geometric and boundary nonlinear problems
- Using nonlinear solution techniques
- Input files for the examples in "Linear and Nonlinear Finite Element Analysis in Engineering Practice" available for web download
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