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 SOUTHWEST RESEARCH INSTITUTE

Planetary Geosciences

Computer Modeling of Multi-Phase Water
Under Martian Conditions

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image of data from the SwRI-developed MarsFlo<sup>®</sup> software, which is the first simulation tool that incorporates a range of physical processes and conditions of the past and present Martian subsurface

The SwRI-developed MarsFlo® software is the first simulation tool that incorporates a range of physical processes and conditions of the past and present Martian subsurface. It is used to investigate the evolution of the hydrologic system and long-term stability of water in the near-surface of Mars.

 

For more information about the numerical modeling of extraterrestrial multi-phase water transport capabilities at Southwest Research Institute (SwRI) or how you can  contract with SwRI, please contact Dr. David Ferrill at dferrill@swri.org or
(210) 522-6082.


 

Contact Information

Dr. David Ferrill

Planetary Geosciences

(210) 522-6082

dferrill@swri.org

Related Terminology

planetary geology

Ganymede

Eros

planetary sciences

planetary geosciences

structural analysis

Martian crust

geologic investigations

groundwater flow

physical analog modeling

computer modeling

geophysical surveys

geological analyses

terrestrial sites

Ganymede's icy crust

pit chain formation

Mars

Pellas-Ryder award

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Southwest Research Institute® (SwRI®), headquartered in San Antonio, Texas, is a multidisciplinary, independent, nonprofit, applied engineering and physical sciences research and development organization with 11 technical divisions.

November 04, 2011