The Mathematics of Finite Elements and Applications
Proceedings of the Brunel University Conference of the Institute of Mathematics and Its Applications Held in April 1972
- 534 pages
- English
- PDF
- Only available on web
The Mathematics of Finite Elements and Applications
Proceedings of the Brunel University Conference of the Institute of Mathematics and Its Applications Held in April 1972
About This Book
The Mathematics of Finite Elements and Applications provides information pertinent to the mathematics of finite elements, applications, algorithms, and computational techniques. This book discusses the developments in the mathematics of finite elements. Organized into 32 chapters, this book begins with an overview of the basis of the finite element process as a general approximation tool. This text then examines the methods for obtaining bounds on the errors in finite element solutions to two-dimensional elliptic boundary value problems defined on simply connected polygonal regions. Other chapters consider the practical implementation of the Galerkin and the RayleighâRitz methods to equations of importance to physics and engineering. This book discusses as well a fundamental investigation into the problem of convergence in the finite element method. The final chapter deals with an algorithm that is applicable to the analysis of arbitrary plane stress or plane strain configurations. This book is a valuable resource for numerical analysts, mathematical physicist, applied mathematicians, computer scientists, and engineers.
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Table of contents
- Front Cover
- The Mathematics of Finite Elements and Applications
- Copyright Page
- Table of Contents
- Contributors
- Preface
- CHAPTER 1. FINITE ELEMENTSâTHE BACKGROUND STORY
- CHAPTER 2. AN INTRODUCTION TO THE MATHEMATICS OF THE FINITE ELEMENT METHOD
- CHAPTER 3. SOME RECENT ADVANCES IN THE MATHEMATICS OF FINITE ELEMENTS
- CHAPTER 4. ERROR ANALYSIS OF FINITE ELEMENT METHODS WITH TRIANGLES FOR ELLIPTIC BOUNDARY VALUE PROBLEMS
- CHAPTER 5. ORDERS OF CONVERGENCE IN FINITE ELEMENT METHODS
- CHAPTER 6. FINITE ELEMENTS WITH HARMONIC INTERPOLATION FUNCTIONS
- CHAPTER 7. VARIATIONAL FINITE ELEMENT METHODS FOR INITIAL VALUE PROBLEMS
- CHAPTER 8. A LEAST SQUARES FINITE ELEMENT SOLUTION OF NONLINEAR OPERATORS
- CHAPTER 9. THE L2 AND Lâ CONDITION NUMBERS OF THE FINITE ELEMENT STIFFNESS AND MASS MATRICES, AND THE POINTWISE CONVERGENCE OF THE METHOD
- CHAPTER 10. DUAL FORMULATIONS FOR POTENTIAL AND COMPLEMENTARY ENERGIES. UNILATERAL BOUNDARY CONDITIONS. APPLICATIONS TO THE FINITE ELEMENT METHOD
- CHAPTER 11. GENERALISED MATRIX INVERSE TECHNIQUES FOR LOCAL APPROXIMATIONS OF OPERATOR EQUATIONS
- CHAPTER 12. FINITE ELEMENT SOLUTION OF UNSTEADY AND UNSATURATED FLOW IN POROUS MEDIA
- CHAPTER 13. SUFFICIENT CONDITIONS FOR CONVERGENCE IN THE FINITE ELEMENT METHOD FOR ANY SOLUTION OF FINITE ENERGY
- CHAPTER 14. COMBINED APPLICATION OF FINITE ELEMENT METHODS AND RICHARDSON EXTRAPOLATION TO THE TORSION PROBLEM
- CHAPTER 15. FINITE ELEMENT APPLICATIONS IN MATHEMATICAL PHYSICS
- CHAPTER 16. A DYNAMIC ELASTOPLASTIC ANALYSIS OF THIN SHELLS OF REVOLUTION UNDER ASYMMETRIC MECHANICAL AND THERMAL LOADING
- CHAPTER 17. ON HYBRID FINITE ELEMENTS
- CHAPTER 18. SOME FREE SURFACE TRANSIENT FLOW PROBLEMS OF SEEPAGE AND IRROTATIONAL FLOW
- CHAPTER 19. CALCULATION OF STRESS INTENSITY FACTORS AT CRACK TIPS USING SPECIAL FINITE ELEMENTS
- CHAPTER 20. SINGULARITIES IN TRANSMISSION LINES
- CHAPTER 21. APPLICATION OF THE FINITE ELEMENT METHOD TO THE EXTENSIONAL VIBRATIONS OF PIEZOELECTRIC PLATES
- CHAPTER 22. VIBRATION OF CURVED STRUCTURES USING QUADRILATERAL FINITE ELEMENTS
- CHAPTER 23. ASSESSMENT OF ACCURACIES OF FINITE ELEMENT EIGENVALUES
- CHAPTER 24. FLEXIBILITY AND STIFFNESS MATRICES FOR AN OPEN-TUBE WARPING CONSTRAINT FINITE ELEMENT
- CHAPTER 25. A SANDWICH PLATE FINITE ELEMENT
- CHAPTER 26. APPLICATION OF THREE-DIMENSIONAL FINITE ELEMENTS FOR ANALYSIS OF IRRADIATIONINDUCED STRESSES IN NUCLEAR REACTOR FUEL ELEMENTS
- CHAPTER 27. THE ANALYSIS AND APPLICATION OF SPARSE MATRIX ALGORITHMS IN THE FINITE ELEMENT METHOD
- CHAPTER 28. THE COMPARISON OF ITERATIVE AND DIRECT SOLUTION TECHNIQUES IN THE ANALYSIS OF TIME-DEPENDENT STRESS PROBLEMS, INCLUDING CREEP, BY THE FINITE ELEMENT METHOD
- CHAPTER 29. A METHOD FOR SIMULATING CONCENTRATED FORCES AND LOCAL REINFORCEMENTS IN STRESS COMPUTATION
- CHAPTER 30. SOME PRACTICAL SOLUTION TECHNIQUES FOR FINITE ELEMENT ANALYSIS
- CHAPTER 31. ALGORITHM FOR THE LARGE DEFLECTION GEOMETRICALLY NONLINEAR PLANE AND CURVED STRUCTURES
- CHAPTER 32. AUTOMATED SOLUTIONS OF TIME DEPENDENT PROBLEMS
- AUTHOR INDEX
- SUBJECT INDEX