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A first course in the finite element method / Daryl L. Logan.

By: Logan, Daryl L.
Publisher: Pacific Grove, Calif. : Brooks/Cole,Thomson Learning, c2002Edition: 3rd ed.Description: xvi, 696 p. : ill. ; 25 cm.ISBN: 0534385176.Subject(s): Finite element methodDDC classification: 620.001515353
Contents:
1. Introduction. - 2. Introduction to the stiffness (displacement) method. - 3. Development of truss equations. - 4. Development of beam equations. - 5. Frame and grid equations. - 6. Development of the plane stress and plane strain stiffness equations. - 7. Practical considerations in modeling ; interpreting ; and examples of plane stress/strain analysis. - 8. Development of the linear-strain triangle equations. 9. Axisymmetric elements. - 10. Isoparametric formulation. - 11. Three-dimensional stress analysis. - 12. Plate bending element. - 13. Heat transfer and mass transport. - 14. Fluid flow. - 15. Thermal stress. - 16. Structural dynamics and time-dependent heat transfer. - Appendix A. Matrix algebra. - Appendix B. Methods for solution of simultaneous linear equations. - Appendix C. Equations from elasticity theory. - Appendix D. Equivalent nodal forces. - Appendix E. Principle of virtual work. - Answers to selected problems. - Index.
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620.001515353 LOG (Browse shelf) 1 Available SOExx,07017,03,GR 5000064105 Please fill up online form at https://taylorslibrary.taylors.edu.my/services/external_storage1

Rev. ed. of : A first course in the finite element method using algor. 2000.

1. Introduction. - 2. Introduction to the stiffness (displacement) method. - 3. Development of truss equations. - 4. Development of beam equations. - 5. Frame and grid equations. - 6. Development of the plane stress and plane strain stiffness equations. - 7. Practical considerations in modeling ; interpreting ; and examples of plane stress/strain analysis. - 8. Development of the linear-strain triangle equations. 9. Axisymmetric elements. - 10. Isoparametric formulation. - 11. Three-dimensional stress analysis. - 12. Plate bending element. - 13. Heat transfer and mass transport. - 14. Fluid flow. - 15. Thermal stress. - 16. Structural dynamics and time-dependent heat transfer. - Appendix A. Matrix algebra. - Appendix B. Methods for solution of simultaneous linear equations. - Appendix C. Equations from elasticity theory. - Appendix D. Equivalent nodal forces. - Appendix E. Principle of virtual work. - Answers to selected problems. - Index.