Michael J Aftosmis

age ~58

from Foster City, CA

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Also known as:

Michael J Aftosmi
Michael Aftosimis
Mike J Aftosmis
Mike Aftosmi
Mike Aftosimis
Michael S

Phone and address:: 793 Lurline Dr, San Mateo, CA 94404
(650)5770373

Connected to:

Michael Aftosmis Phones & Addresses

793 Lurline Dr, San Mateo, CA 94404 • (650)5770373
Foster City, CA
New York, NY
Beavercreek, OH
12807 Sandburst Ln, Hudson, FL 34667
Fairborn, OH
Mountain View, CA
Sunnyvale, CA

Work

Company:

Nasa
Jan 1997
Position:

Cart3d team lead and lead developer

Education

School / High School:

Massachusetts Institute of Technology
1987 to 1991

Skills

Cfd • Aerodynamics • Fortran • Simulations • Fluid Dynamics • Numerical Analysis • Fluid Mechanics • Scientific Computing • Aerospace • Matlab • High Performance Computing • Parallel Computing • Finite Element Analysis • Mesh Generation • Tecplot

Industries

Aviation & Aerospace

Resumes

Cart3D Team Lead And Lead Developer

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Location:

San Francisco, CA

Industry:

Aviation & Aerospace

Work:

Nasa
Cart3D Team Lead and Lead Developer
Nasa Ames Research Center
Aerospace Engineer
Nasa
Senior Research Scientist

Education:

Massachusetts Institute of Technology 1987 - 1991
Syracuse University 1983 - 1987
Bachelors, Bachelor of Science, Aerospace Engineering

Skills:

Cfd
Aerodynamics
Fortran
Simulations
Fluid Dynamics
Numerical Analysis
Fluid Mechanics
Scientific Computing
Aerospace
Matlab
High Performance Computing
Parallel Computing
Finite Element Analysis
Mesh Generation
Tecplot

Us Patents

Triangle Geometry Processing For Surface Modeling And Cartesian Grid Generation
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US Patent:

6445390, Sep 3, 2002
Filed:

Dec 24, 1998
Appl. No.:

09/226673
Inventors:

Michael J. Aftosmis - San Mateo CA
John E. Melton - Hollister CA
Marsha J. Berger - New York NY
Assignee:

The United States of America as represented by the Adminstrator of the National Aeronautics and Space Administration - Washington DC
International Classification:

G06T 1540
US Classification:

345421, 345420, 345423
Abstract:

Cartesian mesh generation is accomplished for component based geometries, by intersecting components subject to mesh generation to extract wetted surfaces with a geometry engine using adaptive precision arithmetic in a system which automatically breaks ties with respect to geometric degeneracies. During volume mesh generation, intersected surface triangulations are received to enable mesh generation with cell division of an initially coarse grid. The hexagonal cells are resolved, preserving the ability to directionally divide cells which are locally well aligned.