This space is reserved for the Procedia header, do not use it How High a Degree is High Enough for High Order Finite Elements? William F. Mitchell

Source URL: math.nist.gov

• Finite element method
• Numerical analysis
• Partial differential equations
• Mathematical analysis
• Calculus
• Hp-FEM
• Continuum mechanics
• Adaptive mesh refinement
• Multigrid method
• Numerical integration
• P-FEM

Ramkursplan) Entreprenöriellt lärande 7,5 hp Högskolepoäng: 7.5 hp, studietakt 25 %, fem kurstillfällen på campus samt distans

Source URL: www.mah.se

Recent Progress and Challenging Issues on Algebraic Approximation and Approximation Theory of the p and h − p Finite Element method Benqi Guo University of Manitoba, Canada Email: [removed]

Source URL: www6.cityu.edu.hk

• Solomon Mikhlin
• Finite element method
• Mathematical optimization
• Hp-FEM

50th AIAA Aerospace Sciences Meeting including the New Horizons Forum and Aerospace Exposition[removed]January 2012, Nashville, Tennessee AIAA[removed]An Output-Based Dynamic Order Refinement

Source URL: www-personal.umich.edu

• Adaptive mesh refinement
• Hp-FEM
• Mathematics
• Abstract algebra
• Dimension

Finite Element Convergence for Time-Dependent PDEs with a Point Source in COMSOL 4.2 David W. Trott and Matthias K. Gobbert Department of Mathematics and Statistics, University of Maryland, Baltimore County, 1000 Hilltop

Source URL: userpages.umbc.edu

• Finite element method
• Numerical analysis
• Computational fluid dynamics
• Continuum mechanics
• Partial differential equations
• Heat equation
• Dirac delta function
• Hp-FEM
• Weakened weak form
• Mathematical analysis
• Calculus
• Mathematics

What is a Good Linear Element? Interpolation, Conditioning, and Quality Measures Jonathan Richard Shewchuk University of California at Berkeley, Berkeley, CA, U.S.A. [removed] Abstract

Source URL: www.cs.berkeley.edu

• Finite element method
• Interpolation
• Triangles
• Linear interpolation
• Tetrahedron
• Matrix
• Condition number
• Hp-FEM
• Barycentric coordinate system
• Geometry
• Mathematics
• Numerical analysis

Finite Element Convergence Studies Using COMSOL 4.0a and LiveLink for MATLAB David W. Trott and Matthias K. Gobbert ({dtrott1,gobbert}@umbc.edu) Department of Mathematics and Statistics, University of Maryland, Baltimore

Source URL: userpages.umbc.edu

• Finite element method
• Continuum mechanics
• Partial differential equations
• Computational fluid dynamics
• Numerical analysis
• Joseph Louis Lagrange
• Hp-FEM
• Calculus
• Mathematical analysis
• Mathematics

Journal of Computational Physics 172, 609–[removed]doi:[removed]jcph[removed], available online at http://www.idealibrary.com on An Efficient Dynamically Adaptive Mesh for Potentially Singular Solutions Hector D. Cen

Source URL: users.cms.caltech.edu

• Multivariable calculus
• Partial differential equation
• Adaptive mesh refinement
• Differential equation
• Finite element method
• Numerical analysis
• Computational physics
• Parallel mesh generation
• Hp-FEM
• Calculus
• Mathematical analysis
• Mathematics

CONFERENCE on ”PDE Methods in Applied Mathematics and Image Processing” September 7-10, 2004 Sunny Beach, Bulgaria

Source URL: www.math.bas.bg

• Calculus
• Multigrid method
• Preconditioner
• Hp-FEM
• Iterative method
• Conjugate gradient method
• Partial differential equation
• Computational mechanics
• Mathematical optimization
• Domain decomposition methods
• Mathematics
• Numerical analysis

”PDE Methods in Applied Mathematics and Image Processing” SCIENTIFIC PROGRAM 08:[removed]:00 09:[removed]:10 Chairman

Source URL: www.math.bas.bg

• Finite element method
• Partial differential equations
• Computational science
• Structural analysis
• Hp-FEM
• Preconditioner
• Iterative method
• Stochastic optimization
• Calculus
• Numerical analysis
• Mathematical analysis