NASA_Software_Catalog_2014.pdf#sthash.Rk7M8wlL

Trick Simulation EnvironmentMSC-24492-1This technology upgrades a generic simulation toolkit for constructing and running simulations, providingricher features and making the software more user-friendly. The Trick Simulation Environment is a setof software utilities that allows users to rapidly develop, integrate, and operate simulations based on thespecific requirements of their application problem domains. Simulation applications range from personalcomputer desktop trainers to full-scale robotics hardware-in-the-loop facilities and virtual reality systems.U.S. Release OnlyTrick High-Level Architecture (HLA) Frameworkfor Facilitating IEEE 1516 Simulation IntegrationMSC-24544-1This framework removes the complexity of adhering to the Institute of Electrical and Electronics Engineers(IEEE) 1516-2000 High-Level Architecture (HLA) standards for simulation interoperability. The frameworkis data driven and includes a simple application programming interface (API), making it relatively easy toenhance an existing Trick simulation into a distributed simulation.U.S. Government Purpose ReleaseUncertainty Quantification Toolbox (UQTools)LAR-17855-1UQTools is a MATLAB-based software package designed to efficiently analyze dynamic systems subjectto parametric uncertainty. UQTools accepts uncertainty models based upon both probabilistic andnon-probabilistic definitions, and it realizes several complementary methods for performing a varietyof uncertainty quantification tasks.U.S. Release OnlyUnsteady Flow Analysis Toolkit (UFAT)ARC-14800-1UFAT is a software program for analyzing time-dependent flow fields. The technology automaticallyprocesses large-scale computer simulations to reveal salient flow features (e.g., vortices and shock waves)with little or no human interventions. UFAT effectively reduces the analysis time of multi-gigabyte datasetsfrom weeks to hours using state-of-the-art particle tracking and feature detection algorithms.U.S. Release OnlyUpwind Parabolized Navier-Stokes Solver (UPS) for Supersonicand Hypersonic Flow Simulation, Version 6.1ARC-15250-1This software provides a means for simulating supersonic and hypersonic flows efficiently and accurately(under certain restrictions). The parabolized Navier-Stokes (PNS) equations are solved using an upwindfinite-volume algorithm that is implicit in the marching direction. The solver includes models for turbulentflow and equilibrium- and finite-rate air chemistry.U.S. Government Purpose Release10. Design and Integration ToolsUSM3DLAR-16670-GSUSM3D is a tetrahedral unstructured flow solver that has become widely used in industry, government,and academia for solving aerodynamic problems. Since its first introduction in 1989, USM3D has steadilyevolved from an inviscid Euler solver into a full viscous Navier-Stokes code. The technology has been a partof the NASA TetrUSS system.U.S. Release OnlyVariable O/F Ratio Method of Characteristics Programfor Nozzle and Plume Analysis (MOC Program)MFS-31901-1This software was developed for solving 2D and asymmetric inviscid supersonic flow fields. The newermodifications provide better runtime error handling, enhanced mesh control accuracy near the nozzle exitplane, and offer additional start line control options.U.S. Release Only102NASA Technology Transfer Program Software Catalog 2014