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T-MATS-master

于 2021-02-26 发布 文件大小:7661KB
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代码说明：

  模块化的航空发动机模型，可以加入到simulink中(The modular aero engine model can be added to Simulink.)

文件列表：

T-MATS-master, 0 , 2018-03-16
T-MATS-master\LICENSE.txt, 552 , 2018-03-16
T-MATS-master\README.md, 3347 , 2018-03-16
T-MATS-master\Resources, 0 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241, 0 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\JT9D.case_FltEnv, 3407 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\JT9D.case_WATE, 3195 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\JT9D.fnc, 3785 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\JT9D.mdl, 9246 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\JT9D.run, 4097 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\JT9D.wate%2B%2B, 15596 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\JT9D_designVars.input, 1905 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\JT9Dengine.html, 3426 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\JT9Dengine.svg, 60452 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Maps_and_Elements, 0 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Maps_and_Elements\FAN.map, 18490 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Maps_and_Elements\HPC.map, 17844 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Maps_and_Elements\HPT.map, 5193 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Maps_and_Elements\LPC.map, 15219 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Maps_and_Elements\LPT.map, 5741 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Output, 0 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Output\JT9D.viewOut, 1541915 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Output\JT9D.viewOut.GasTbl, 3772942 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Output\JT9D_WATE.output, 70403 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Viewers, 0 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Viewers\WATE_BurnerBlock.view_WATE, 1243 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Viewers\WATE_CompressorBlock.view_WATE, 10941 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Viewers\WATE_CustomFrameBlock.view_WATE, 1453 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Viewers\WATE_DuctBlock.view_WATE, 2207 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Viewers\WATE_InletBlock.view_WATE, 4792 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Viewers\WATE_NozzleBlock.view_WATE, 3697 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Viewers\WATE_ShaftBlock.view_WATE, 2510 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Viewers\WATE_TurbineBlock.view_WATE, 12516 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Viewers\npss.view_page, 9499 , 2018-03-16
T-MATS-master\Resources\JT9D_Public_NPSSv241\Viewers\npss.view_wate, 3037 , 2018-03-16
T-MATS-master\Resources\Testing, 0 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera, 0 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera\FAN.map, 1806 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera\HPC.map, 1522 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera\HPT1.map, 1430 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera\LPC.map, 1686 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera\LPT.map, 1474 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera\Setup_Test.m, 43 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera\TestAmbient.slx, 12275 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera\TestCompressor.slx, 15524 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera\TestDuct.slx, 12058 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera\TestFlowstart.slx, 14182 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera\TestNozzleChoked.slx, 15420 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera\TestNozzleUnchoked.slx, 14688 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera\TestSplitter.slx, 12871 , 2018-03-16
T-MATS-master\Resources\Testing\Cantera\TestTurbine.slx, 17440 , 2018-03-16
T-MATS-master\Resources\Testing\TMATS_Auto_Test.m, 3054 , 2018-03-16
T-MATS-master\Resources\Testing\TMATS_Run_Test.m, 2369 , 2018-03-16
T-MATS-master\Resources\Testing\TMATS_comparison.m, 3912 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Actuator_FO, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Actuator_FO\Actuator_FO_TestBed.slx, 11511 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Actuator_FO\Setup, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Actuator_FO\Setup\Tsetup_Actuator_FO.m, 530 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Actuator_FO\TestVector, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Actuator_FO\TestVector\TVec_Actuator_FO.m, 1147 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Ambient, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Ambient\Ambient_TestBed.slx, 12277 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Ambient\Setup, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Ambient\Setup\Tsetup_Ambient.m, 392 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Ambient\TestVector, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Ambient\TestVector\TVec_Ambient.m, 938 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\AmbientSIL, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\AmbientSIL\AmbientMod.slx, 21428 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\AmbientSIL\AmbientSIL_TestBed.slx, 18791 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\AmbientSIL\Setup, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\AmbientSIL\Setup\Tsetup_AmbientSIL.m, 395 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\AmbientSIL\TestVector, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\AmbientSIL\TestVector\TVec_AmbientSIL.m, 941 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Bleed, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Bleed\Bleed_TestBed.slx, 17433 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Bleed\Setup, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Bleed\Setup\Tsetup_Bleed.m, 406 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Bleed\TestVector, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Bleed\TestVector\TVec_Bleed.m, 1517 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\BleedSIL, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\BleedSIL\Bleed_TestBed.slx, 17433 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\BleedSIL\Setup, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\BleedSIL\Setup\Tsetup_Bleed.m, 406 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\BleedSIL\TestVector, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\BleedSIL\TestVector\TVec_Bleed.m, 1517 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Burner, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Burner\Burner_TestBed.slx, 12850 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Burner\Setup, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Burner\Setup\Tsetup_Burner.m, 424 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Burner\TestVector, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Burner\TestVector\TVec_Burner.m, 989 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\BurnerSIL, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\BurnerSIL\Burner_TestBed.slx, 12850 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\BurnerSIL\Setup, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\BurnerSIL\Setup\Tsetup_Burner.m, 424 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\BurnerSIL\TestVector, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\BurnerSIL\TestVector\TVec_Burner.m, 989 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Comp, 0 , 2018-03-16
T-MATS-master\Resources\Testing\TestBeds\Comp\Comp_Model.slx, 17867 , 2018-03-16

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  • Power-Apparatus
    关于TCR+FC型SVC的研究文献，这篇文章考查了晶闸管控制的并联补偿器的理论基础。不平衡负荷补偿和电压稳定的条件是建立在对称分量的应用上的。适用于前馈控制（电脑的）的数学关系是根据。这里对前馈和反馈的实用方法进行了讨论。(This paper examines the theoretical foundations of thyristorcontrolled shunt compensation. Conditions for unbalanced load compensation and voltage stabilization are established with the use of symmetrical components. Mathematical relationships applicable to feedforward (computational) type controls are derived. Practical approaches to both feedforward and feedback type controls are discussed.)
    2011-05-06 00:05:17下载
    积分：1
  • MAX038suoyouziliao
    收集了几乎全部的高频方波三角波正弦波发生器MAX038及其各种应用论文,对设计多波形信号发生器级有帮助,欢迎下载.(Collected almost all the high-frequency square wave triangle wave sine wave generator and its various applications MAX038 papers on the design Multi-Signal Generator-class help are welcome to download.)
    2009-11-18 20:06:36下载
    积分：1
  • MT-009
    模数转换器(ADC)将模拟量——现实世界中绝大部分现象的特征——转换为数字语言，以 便用于信息处理、计算、数据传输和控制系统。数模转换器(DAC)则用于将发送或存储的 数据，或者数字处理的结果，再转换为现实世界的变量，以便控制、显示信息或进一步进 行模拟处理。(Analog-to-digital converter (ADC) analog- the vast majority of real-world phenomena characteristic- converted into digital language, in order for the information processing, computing, data transmission and control system. A digital-to-analog converter (DAC) is used to transmit or store the data, or the result of the digital processing and then converted to the real world variables, in order to control, displays a message or further subjected to analog processing.)
    2013-03-20 17:18:07下载
    积分：1
  • The-Control-Strategy-Inverter
    在风力发电网侧逆变器动态数学模型基础上 采用空间矢量脉冲宽度调制 SVPWM 方式和电网电压合成矢量定向 实现了电流有功分量和无功分量的解耦及功率因数的可调控制.(Dynamic mathematical model based on wind power grid-side inverter the resultant vector of the vector mode and the grid voltage space vector pulse width modulation directed to achieve a decoupling of the current active component and reactive component and power factor adjustable control.)
    2012-04-19 16:09:56下载
    积分：1
  • Flight-control-Law
    介绍了飞机纵向和横航向控制律设计，给出了设计过程，设计细节作了详细论述(the control law for logititude and direction is introduced , the design process is gived,the design details is demostrated.)
    2020-10-12 22:47:32下载
    积分：1
  • danbihuanboost
    boost变换器闭环控制设计方案及仿真模型(Boost converter closed-loop control design scheme and simulation model)
    2020-11-07 17:19:50下载
    积分：1
  • ABC-AFS
    说明：  一种基于ABC-AFS算法的混合入侵检测系统，用于误用和异常检测(A hybrid intrusion detection system based on ABC-AFS algorithm for misuse and anomaly detection)
    2019-04-05 19:49:09下载
    积分：1
  • SHE
    This is the simulink model for selective harmonic elimination method for induction motor.
    2010-03-05 13:47:10下载
    积分：1
  • PSOBPlunwen
    基于PSO的BP训练算法论文：在BP训练算法中，关于变权值、学习速率、步长的问题已被广泛地研究，几种基于启发式改进的技术也表明具有改善训练时间以及避免陷入局部最小的明显效果。这里BP训练过程由基于PSO同时优化log—Sigmoid函数与网络权值的新算 法(PSO。GainBP)实现。实验结果表明，PSO—GainBP比传统基于PSO的BP算法在网络训练方面具有更好的性能。(PSO based on the BP training algorithm Papers: In the BP training algorithm, on the right to change the value of learning rate, step length of the question has been widely studied, several heuristics based on improved technology also shows that to improve the training time and avoid falling into local the smallest tangible results. Here BP training process at the same time by the PSO-based optimization of log-Sigmoid function and the network weights of the new algorithm (PSO. GainBP) to achieve. The experimental results show that, PSO-GainBP than the traditional PSO based on the BP algorithm in network training has a better performance.)
    2008-12-21 10:56:16下载
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  • jiyuxuqiuxiangying
    这是一篇基于需求响应的分时电价研究与分析.pdf硕士论文(failed to translate)
    2011-07-13 10:04:51下载
    积分：1
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