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Software and Code
Computer codes and software for calculation and visualization of GF
and BEM are available free to registered members. Julian, an object-oriented
boundary element code, is available on the site and will enable computationally
efficient techniques for solving partial differential equations with multiple
users attaching to a single session.
Green's Functions are available for calculation of stress distributions
near cracks, free surfaces, and interfaces in isotropic solids for fracture
mechanics and stress analysis applications; and scattering of elastic
waves from inclusions in solids for acoustic and NDE applications. The
code for the current version of the GF library was developed by Frank
Rizzo and Ambar Mitra of Iowa State University.
Julian, developed by Adam Powell (Massachusetts Institute of Technology
), named for the late Professor Julian Szekely, is an object-oriented
implementation of the boundary element method designed for easy extension
and collaborative use.
3D BE Code of Anisotropic Elasticity - by Yang, Bo
The code consists of a MAIN PROGRAM (Be3DAE.for; Boundary Element for Three-Dimensional Anisotropic Elasticity) and a set of User-defined MODULE (User0, A-L, no J). A project can b...
Uploaded on
2003-12-11
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3D GF for Anisotropic Elastic Bimaterials - by Yang, Bo
The subroutine (in Fortran) calculates the 3D Green's functions of displacement, stress and/or their derivatives WRT source coordinates in anisotropic elastic bimaterials subjected...
Uploaded on
2003-04-15
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Illuminator Distributed Visualization Library - by Powell, Adam
Version 0.4.3 released November 30, 2002
Built December 1, 2002 for a pc i686 running linux-gnu
Illuminator is a library whose current primary purpose is to graph PETSc 3-D di...
Uploaded on
2002-12-09
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The Julian Boundary/Finite Element Package - by Powell, Adam
Version 0.1.0 released November 30, 2002
Built November 30, 2002$\ $for a pc i686 running linux-gnu
Presented is a software package and manual for mathematical models using the...
Uploaded on
2002-12-09
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3D GF for Anisotropic Elastic Half-Space - by Bo Yang
The subroutine (in Fortran) calculates the 3D Green's functions of displacement, stress and/or their derivatives WRT source coordinates in a semi-infinite space of anisotropic elas...
Uploaded on
2002-10-09
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3D Green's Function in Anisotropic Piezoelectric Solids - by Yang, Bo
The subroutine (in Fortran) computes the 3D infinite-space Green's function of displacement in anisotropic piezoelectric solids. The extended notation system has been adopted, with...
Uploaded on
2002-08-22
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BE Code for 2D Anisotropic Elasticity - by Yang, Bo
The code consists of a MAIN PROGRAM (Be2DAE.for; Boundary Element for Two-Dimensional Anisotropic Elasticity), corresponding Green's function (Gn2DAniElas.for), and a set of User-d...
Uploaded on
2002-08-20
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GF Code for 2D Anisotropic Elasticity - by Pan, Ernian
Green's functions of displacement, traction, and their derivatives WRT source-point coordinates in infinite plane and half plane (with traction free surface condition) are programm...
Uploaded on
2002-08-20
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BE Code for 2D Isotropic Elasticity - by YANG, Bo
The code consists of a MAIN PROGRAM (Be2DIE.for; Boundary Element for Two-Dimensional Isotropic Elasticity) and a set of User-defined MODULE (User0, A-L). A project can be created ...
Uploaded on
2002-08-01
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