Introduction To The Finite Element Method
Desai Chandrakant S. , Abel John F.
Introduction To The Finite Element Method - New York: Rainbow -Bridge Book Co, 1972 - 477,21cm
Part A Introduction and Background Material 1.Introduction 2.Matrix Techniques 3.Basic Equations From Solid Mechanics 4.Variational Methods Part B The Theory Of The Finite Element Method 5.The Basic Component-A Single Element 6.The Overall Problem-An Assemblage Of Elements 7.Techniques For Nonlinear Analysis 8.Generalization Of The Theory Part C Applications 9. structutal Mechanics 10.soil adn Rock Mechanics 11.Dynamics, Including Earthquake Analysis 12.Torision, Heat Conduction,Seepage 13.Thermoelasticity,consolidation,Hydroelasticity 14.Miscellaneous Applications 15.Conclusion-Advantages And Limitations of The Method
eng
Finite Element Analysis
Introduction To The Finite Element Method - New York: Rainbow -Bridge Book Co, 1972 - 477,21cm
Part A Introduction and Background Material 1.Introduction 2.Matrix Techniques 3.Basic Equations From Solid Mechanics 4.Variational Methods Part B The Theory Of The Finite Element Method 5.The Basic Component-A Single Element 6.The Overall Problem-An Assemblage Of Elements 7.Techniques For Nonlinear Analysis 8.Generalization Of The Theory Part C Applications 9. structutal Mechanics 10.soil adn Rock Mechanics 11.Dynamics, Including Earthquake Analysis 12.Torision, Heat Conduction,Seepage 13.Thermoelasticity,consolidation,Hydroelasticity 14.Miscellaneous Applications 15.Conclusion-Advantages And Limitations of The Method
eng
Finite Element Analysis