
DG_DATH_ELASTIC_V1.0
 Referenced in 5 articles
[sw35139]
 based discontinuous Galerkin discretization of the elastic wave equation in second order form. We present ... Galerkin spatial discretizations of the linear elastic wave equation. The resulting methods are stable ... numerical flux, conserve or dissipate the elastic energy. The performance of the method is demonstrated...

WavES
 Referenced in 3 articles
[sw12488]
 different types of timedependent Wave Equations (acoustic, elastic and electromagnetic). Theoretical tool consists ... solution of timedependent wave equations. Practical tool is represented by the C++ program library ... computational solution of timedependent wave equations (acoustic, elastic and electromagnetic) using three different methods...

OpenFrame
 Referenced in 2 articles
[sw01570]
 difference algorithm to solve acoustic and elastic wave equations. The parallel implementation is done...

MieSolver
 Referenced in 1 article
[sw35941]
 dimensional Helmholtz equation and models electromagnetic, acoustic, and elastic waves. The solver is based...

TOODY II
 Referenced in 5 articles
[sw18189]
 wave propagation probelms in two dimensions. It allows for up to six different equations ... state subroutines. Subroutine STATE1 is a hydrodynamicelasticplastic material description with the added feature...

CTH
 Referenced in 22 articles
[sw08719]
 multidimensional, multimaterial, large deformation, strong shock wave physics. Onedimensional rectilinear, cylindrical ... tabular and analytic equations of state are available. CTH can model elasticplastic behavior, high...

MultipleScattering.jl
 Referenced in 1 article
[sw34614]
 types of waves which satisfy Helmholtz equation’s, e.g. acoustics, electromagnetism, elasticity. For details...

WENOCLAW
 Referenced in 9 articles
[sw07611]
 elasticity in heterogeneous media. The method described in this work combines the notions of wave ... high order accurate ordinary differential equation solver. In this work, we use RungeKutta methods...

mudiff
 Referenced in 6 articles
[sw19503]
 disks. Multiple scattering is a highly complex wave problem that finds great applications in many ... physics and engineering (acoustics, electromagnetism, optics, nanophotonics, elasticity...). μdiff (acronym for multiplediffraction ... mathematical formulation is based on the integral equations formulations. The finitedimensional approximation technique ... diff. Since integral equations are used, many direct and inverse wave scattering problems...

Parampool
 Referenced in 4 articles
[sw23449]
 book is to scale differential equations in order to simplify the settings of parameters ... electric circuits, elasticity, viscous fluid flow, gas dynamics, water wave surfaces, thermal convection and porous...

EPIC2
 Referenced in 5 articles
[sw09034]
 Lagrangian finite element formulation in which the equations of motion are integrated directly rather than ... included to account for elasticplastic flow and wave propagation. Instructions for using the program...

BEMLIB
 Referenced in 101 articles
[sw00005]
 BEMLIB is a boundaryelement software library of...

ALBERT
 Referenced in 81 articles
[sw00025]
 ALBERT  Software for scientific computations and applications. Adaptive...

ANSYS
 Referenced in 655 articles
[sw00044]
 ANSYS offers a comprehensive software suite that spans...

ATLAS
 Referenced in 197 articles
[sw00056]
 This paper describes the Automatically Tuned Linear Algebra...

BoomerAMG
 Referenced in 158 articles
[sw00086]
 BoomerAMG: A parallel algebraic multigrid solver and preconditioner...

DCUHRE
 Referenced in 22 articles
[sw00190]
 Algorithm 698: DCUHRE: an adaptive multidemensional integration routine...

Diffpack
 Referenced in 113 articles
[sw00203]
 As modern programming methodologies migrate from computer science...

Expokit
 Referenced in 173 articles
[sw00258]
 Expokit provides a set of routines aimed at...