CFD codes list - related software

[com] Harmonic Software Inc. (O-Matrix)
[com] Radiative Transfer
[pub] Mechanical Analysis

Harmonic Software Inc.

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From Harmonic Software / harmonic@omatrix.com
Date: Wed, 13 Nov 1996 22:04:46 -0800
 

Templates for short and long versions of an O-Matrix link follow.
(Please feel free to download the free copy from our home site.)


  • Harmonic Software Inc.
     
Makers of O-Matrix, an interactive analysis and visualization environment.
  • 


  • Harmonic Software Inc.
     
Makers of O-Matrix, an interactive analysis and visualization
environment.  O-Matrix provides a broad range of plotting
capabilities and an integrated matrix language similar to MATLAB
but with much better performance and many enhanced features.
Download a free Light version of O-Matrix from the Harmonic home page.

  • 


Beau Paisley
Harmonic Software Inc.
(206) 367-8742, (800) 895-4546, FAX: (206) 367-1067
http://www.omatrix.com

    • Radiative Transfer

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    From Michael Brundage brundage@ipac.caltech.edu
    Date: Wed, 22 Jan 1997 18:32:24 -0800 

    Software Package:  Radiative Transfer
Copyright: California Institute of Technology
Availability: Free (but requires a licensing agreement with Caltech)
Authors: Michael Brundage (brundage@ipac.caltech.edu),
         Dave Van Buren (dave@ipac.caltech.edu)

Description:
Radiative Transfer is a Monte Carlo C++ simulation of radiative transfer
(with scattering) through an inhomogeneous dynamic (interstellar) medium. 
This program has been compiled on both UNIX and PowerPC platforms.  It uses
an adaptive grid and best-known voxel-walking algorithms to follow
particles and particle-medium interactions. 

We have successfully used Radiative Transfer to predict expected
astronomical observations based on theoretical models.  For example, one
simulation (used to obtain HST observing time) using the Tereby-Shu-Cassen
model of protostellar evolution (written in FORTRAN) with a max resolution
of approximately 4000:1 in each linear direction ran at an average speed of
over 540 photons per second on a PowerPC 8500/180 with 32Mb RAM.

Contact Dr. Dave Van Buren (dave@ipac.caltech.edu) for additional details
or licensing information.

    Mechanical Analysis

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    From Steven D. Wix / tes@highfiber.com
    Date: Wed, 19 Feb 1997 06:51:48 -0700 (MST) 

    I'm developing a mechanical analysis home page.  Part of the home page
is about CFD codes and information. Would you include the home page in
the CFD list you maintain?  The URL is

http://www.highfiber.com/~tes/analysis.htm.