
Accession Number : ADA325298
Title : MAFELAP 1996, Conference on the Mathematics of Finite Elements and Applications, 2528 June 1996. Summaries of Papers.
Corporate Author : BRUNEL UNIV UXBRIDGE (UNITED KINGDOM) INST OF COMPUTATIONAL MATHEMATICS
PDF Url : ADA325298
Report Date : 28 JUN 1996
Pagination or Media Count : 173
Abstract : Partial contents include: (1) Towards an adaptive parallel hp finite element algorithm for elliptic PDEs; (2) Optimization of Magnetic Devices Using Finite Element Analysis; (3) On Higher Order mixed FEM for NavierStokes Flows; (4) Application of the Dual Reciprocity Method to the Solution of Helmholtz Equation; (5) A Review of Fast Algorithms for Boundary Integral Equations; (6) The Symmetric Galerkin Boundary Element Method in 3D Elasticity; (7) Improved finitevolumetype methods for convectiondiffusion problems; (8) Parallel Adaptive MultiGrid: The Software Toolbox UG; (9) A FEM approach for the analysis of optimal control of distributed parameter systems using a maximum principle; (10) A numerical investigation of the interaction of adjacent cooling tower plumes; (11) Error Estimation for the Finite Element Solution of the Helmholtz Equation; (12) Refined mixed finite element methods for the Stokes problem; (13) Optimal Design of Electrical Machines Based on 3D Finite Element Method; (14) Finite difference methods applicable to the description of injection modules; (15) 2D FEM Analysis in 3D Design Optimization of a Homopolar PMG; (16) Iterative methods for discrete Maxwell equations; (17) Discretetime Orthogonal Spline Collocation Methods for Schrodinger Equations in Two Space Variables.
Descriptors : *MATHEMATICAL MODELS, *FINITE ELEMENT ANALYSIS, *COMPUTATIONAL FLUID DYNAMICS, ALGORITHMS, SOFTWARE ENGINEERING, SYMPOSIA, OPTIMIZATION, COMPUTER AIDED DESIGN, TIME DEPENDENCE, PARALLEL PROCESSING, FINITE DIFFERENCE THEORY, COMPRESSIBLE FLOW, FLOW FIELDS, ERROR ANALYSIS, BOUNDARY VALUE PROBLEMS, INTERPOLATION, APPLIED MATHEMATICS, MAXWELLS EQUATIONS, INTEGRAL EQUATIONS, NAVIER STOKES EQUATIONS, SCHRODINGER EQUATION, HELMHOLTZ EQUATIONS.
Subject Categories : Operations Research
Computer Programming and Software
Fluid Mechanics
Distribution Statement : APPROVED FOR PUBLIC RELEASE