文件列表:

LICENSE.txt (552, 2018-03-16)
Resources (0, 2018-03-16)
Resources\JT9D_Public_NPSSv241 (0, 2018-03-16)
Resources\JT9D_Public_NPSSv241\JT9D.case_FltEnv (3407, 2018-03-16)
Resources\JT9D_Public_NPSSv241\JT9D.case_WATE (3195, 2018-03-16)
Resources\JT9D_Public_NPSSv241\JT9D.fnc (3785, 2018-03-16)
Resources\JT9D_Public_NPSSv241\JT9D.mdl (9246, 2018-03-16)
Resources\JT9D_Public_NPSSv241\JT9D.run (4097, 2018-03-16)
Resources\JT9D_Public_NPSSv241\JT9D.wate++ (15596, 2018-03-16)
Resources\JT9D_Public_NPSSv241\JT9D_designVars.input (1905, 2018-03-16)
Resources\JT9D_Public_NPSSv241\JT9Dengine.html (3426, 2018-03-16)
Resources\JT9D_Public_NPSSv241\JT9Dengine.svg (60452, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Maps_and_Elements (0, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Maps_and_Elements\FAN.map (18490, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Maps_and_Elements\HPC.map (17844, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Maps_and_Elements\HPT.map (5193, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Maps_and_Elements\LPC.map (15219, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Maps_and_Elements\LPT.map (5741, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Output (0, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Output\JT9D.viewOut (1541915, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Output\JT9D.viewOut.GasTbl (3772942, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Output\JT9D_WATE.output (70403, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Viewers (0, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Viewers\WATE_BurnerBlock.view_WATE (1243, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Viewers\WATE_CompressorBlock.view_WATE (10941, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Viewers\WATE_CustomFrameBlock.view_WATE (1453, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Viewers\WATE_DuctBlock.view_WATE (2207, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Viewers\WATE_InletBlock.view_WATE (4792, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Viewers\WATE_NozzleBlock.view_WATE (3697, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Viewers\WATE_ShaftBlock.view_WATE (2510, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Viewers\WATE_TurbineBlock.view_WATE (12516, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Viewers\npss.view_page (9499, 2018-03-16)
Resources\JT9D_Public_NPSSv241\Viewers\npss.view_wate (3037, 2018-03-16)
Resources\Testing (0, 2018-03-16)
Resources\Testing\Cantera (0, 2018-03-16)
Resources\Testing\Cantera\FAN.map (1806, 2018-03-16)
Resources\Testing\Cantera\HPC.map (1522, 2018-03-16)
Resources\Testing\Cantera\HPT1.map (1430, 2018-03-16)
... ...

T-MATS ========== Toolbox for the Modeling and Analysis of Thermodynamic Systems
Click Here for stable release download
For questions, comments, and general support see the T-MATS user's forum.
Please take a moment and fill out our Survey, user interest and feedback allows us to continue working on this package.

Introduction
The Toolbox for the Modeling and Analysis of Thermodynamic Systems (T-MATS) is a Simulink toolbox intended for use in the modeling and simulation of thermodynamic systems and their controls. T-MATS contains generic thermodynamic and controls components that may be combined with a variable input iterative solver and optimization algorithm to create complex systems to meet the needs of a developer. Development of this tool was initiated on behalf of the NASA Aviation Safety Program's Vehicle Systems Safety Technologies (VSST) project.

Description
The T-MATS software provides a toolbox for the development of thermodynamic system models; it contains a simulation framework, multi-loop solver techniques, and modular thermodynamic simulation blocks. While much of the capability in T-MATS is in transient thermodynamic simulation, the developers' main interests are in aero-thermal applications; as such, one highlight of the T-MATS software package is the turbomachinery block set. This set of Simulink blocks gives a developer the tools required to create virtually any steady state or dynamic turbomachinery simulation, e.g., a gas turbine simulation. In systems where the control or other related systems are modeled in MATLAB/Simulink, the T-MATS developer has the ability to create the complete system in a single tool.

T-MATS is written in MATLAB/Simulink (The Mathworks, Inc.), is open source, and is intended for use by industry, government, and academia. All T-MATS equations were developed from public sources and all default maps and constants provided in the T-MATS software package are nonproprietary and available to the public. The software is released under the Apache V2.0 license agreement.

Getting Started
Stable releases of T-MATS are located under the releases tab. It is encouraged that a user download the most up to date version using the appropriate software download button (green button). Installation instructions are detailed in the user's manual which is included within the package.

T-MATS encourages open collaboration and if a user wishes to become a developer the software may be forked at any time via the main page link.

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