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Displaying 501 – 520 of 1552

Geometric diagram for representing shape quality in mesh refinement

Suárez, José P., Plaza, Ángel, Moreno, Tania (2015)

Application of Mathematics 2015

We review and discuss a method to normalize triangles by the longest-edge. A geometric diagram is described as a helpful tool for studying and interpreting the quality of triangle shapes during iterative mesh refinements. Modern CAE systems as those implementing the finite element method (FEM) require such tools for guiding the user about the quality of generated triangulations. In this paper we show that a similar method and corresponding geometric diagram in the three-dimensional case do not exist....

Geometrical directions and ends of a manifold, points of accumulation of a direction of a group in the hyperbolic space $H^{2}$

Biś, Andrzej (1996)

Proceedings of the Winter School "Geometry and Physics"

Geometry meaning of curvatures in Finsler geometry

Shen, Zhongmin (2001)

Proceedings of the 20th Winter School "Geometry and Physics"

Geometry of BRST-formalism

Abramov, V. (1989)

Proceedings of the Winter School "Geometry and Physics"

Geometry of Lagrangean structures. 3

Krupka, Demeter (1987)

Proceedings of the 14th Winter School on Abstract Analysis

Global attractors of one-dimensional parabolic equations: sixteen examples

Fiedler, Bernold (1994)

Equadiff 8

Global properties of the $n$ th order linear differential equations

Neuman, F. (1979)

Equadiff IV

Graded Riemann surfaces and Krichever-Novikov algebras

Bryant, Peter (1990)

Proceedings of the Winter School "Geometry and Physics"

Gradient alternating-direction methods

Il'in, V. (1979)

Equadiff IV

Guest Editorial

Zbigniew Banaszak, Oleg Zaikin (2010)

Control and Cybernetics

Guest Editorial: Fuzzy logic and soft computing in an effective and efficient processing of imperfect information - in memoriam Ashley Morris

Guy De Tré, Sławomir Zadrożny (2009)

Control and Cybernetics

Guest Editorial: Selected Papers from the 14th International Student Conference on Applied Mathematics and Informatics

Martin Štěpnička (2014)

Kybernetika

Guest Editors' Introduction

Marcin Gorawski, Tadeusz Morzy, Robert Wrembel (2009)

Control and Cybernetics

$H$ -closed extensions of topological spaces

Császár, K. (1972)

General Topology and its Relations to Modern Analysis and Algebra

$h p$ -anisotropic mesh adaptation technique based on interpolation error estimates

Dolejší, Vít (2013)

Applications of Mathematics 2013

We present a completely new $h p$ -anisotropic mesh adaptation technique for the numerical solution of partial differential equations with the aid of a discontinuous piecewise polynomial approximation. This approach generates general anisotropic triangular grids and the corresponding degrees of polynomial approximation based on the minimization of the interpolation error. We develop the theoretical background of this approach and present a numerical example demonstrating the efficiency of this anisotropic...

Currently displaying 501 – 520 of 1552

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Displaying 501 – 520 of 1552

Geometric diagram for representing shape quality in mesh refinement

Geometrical directions and ends of a manifold, points of accumulation of a direction of a group in the hyperbolic space $H^{2}$

Geometry meaning of curvatures in Finsler geometry

Geometry of BRST-formalism

Geometry of Lagrangean structures. 3

Global attractors of one-dimensional parabolic equations: sixteen examples

Global properties of the $n$ th order linear differential equations

Graded Riemann surfaces and Krichever-Novikov algebras

Gradient alternating-direction methods

Guest Editorial

Guest Editorial: Fuzzy logic and soft computing in an effective and efficient processing of imperfect information - in memoriam Ashley Morris

Guest Editorial: Selected Papers from the 14th International Student Conference on Applied Mathematics and Informatics

Guest Editors' Introduction

$H$ -closed extensions of topological spaces

$h p$ -anisotropic mesh adaptation technique based on interpolation error estimates

Hamiltonian systems with periodic nonlinearities

Hardy space methods for nonlinear partial differential equations

Harmonic analysis and topology

Harmonic majorization and thinness

Harmonic spinors on Riemann surfaces

Currently displaying 501 – 520 of 1552