NASA_Software_Catalog_2014.pdf#sthash.Rk7M8wlL

FUN3D, Version 10.0: Mixed Elements CapabilityLAR-17058-1This technology solves for the aerodynamic flow field velocity vectors around any vehicle in three dimensions.The Version 10.0 release incorporates Mixed Elements Capability.U.S. Release Onlyfunctional Availability Simulation Tool Enhanced Release (fASTER)MSC-24823-1fASTER is a Monte Carlo simulation tool that assists the International Space Station (ISS) Program withdetermining logistics support resources by simulating a multitude of different operational scenarios of theISS configuration (during and following assembly). This allows for the impacts of complex program resourcerestrictions and constraints (e.g., crew maintenance time, carrier upmass capability, and sparing postulate)to be assessed and reported.U.S. Government Purpose ReleaseGASRAD: A Computer Program for Thermal Radiationfrom Gaseous Rocket Exhaust PlumesMFS-31685-1GASRAD is a computer code for predicting incident thermal radiation from defined plume gas propertiesin either axisymmetric or cylindrical coordinate systems. It predicts plume-induced radiation using bandmodels. Radiation is integrated over a hemisphere above the receiver.U.S. Release OnlyGeneral Maneuver Program (GMAN), Release 2001.01GSC-14638-1The General Maneuver Program (GMAN) was developed to provide a digital program to compute bothorbital and spin-axis re-orientation maneuver parameters for various spacecraft. Specifically, GMANcomputes the detailed maneuver scenarios necessary to achieve desired orbit and attitude maneuvers.U.S. Government Purpose ReleaseGeneral Mission Analysis Tool (GMAT), Version 2011AGSC-16228-1GMAT is a software system for trajectory optimization, mission analysis, trajectory estimation, and prediction.Analysts use GMAT to design spacecraft trajectories, optimize maneuvers, perform orbit determination,visualize and communicate mission parameters, and understand a mission's trade space. GMAT containsmodels of real-world objects such as spacecraft and thrusters, as well as analysis “objects” such as plots andreports. These objects are used in the mission sequence wherein the user employs commands supported bythe system to model missions and perform estimation. Please visit the following URL for additional information:Open SourceGeneralized Computer-Based Computation Of Venturi and Orifice Pressure DropsSSC-00161-1This is a set of computer program routines that calculate and determine pressure drops and recoveriesthrough standard venturis, nozzle-venturis, and orifices, for cavitating, choked, non-cavitiating, and unchokedflow conditions for liquids, gases, and superciritical fluids. It can determine which of these flowconditions will occur.General Public Release10. Design and Integration ToolsGeneralized Fluid System Simulation Program (GFSSP), Version 5.0(Educational Version)MFS-32929-1The Generalized Fluid System Simulation Program (GFSSP) is a general software tool that can performcomplex fluid flow analysis in a wide variety of applications, including those related to chemical processing,gas processing, power plants, hydraulic control circuits, and various kinds of fluid distribution systems.Example problems can be used effectively as a teaching aid to students as part of their senior undergraduateor graduate coursework.U.S. Release Only90NASA Technology Transfer Program Software Catalog 2014