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首页> 外文期刊>Mechanical Engineering Journal >Development of virtual running test environment for railway vehicles based on Hardware-In-the-Loop Simulation to reproduce actual running on a track
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Development of virtual running test environment for railway vehicles based on Hardware-In-the-Loop Simulation to reproduce actual running on a track

机译:基于在环仿真的铁路车辆虚拟运行测试环境的开发,可再现轨道上的实际运行情况

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We report on a system of “Virtual running test environment for railway vehicles” based on the Hardware-In-the-Loop Simulation (HILS) approach that can replace most of the parts of an actual running test with a bench test and a computer simulation. If it is possible to reproduce the motion of a railway vehicle running on a track in detail by the use of the “Virtual running test environment for railway vehicles” system, an acceleration of the development process and the improvement of the quality of the railway vehicles can be expected. In this report, we introduce the entire configuration system. We introduce a number of actual uses of the system to achieve test objectives such as “Reproduction of the actual running test of a train set on the bench test,” “Performance evaluation of component equipped with the actual running vehicle,” and “Performance evaluation of unrealized virtual component.” Finally, we demonstrate some results. As an example, we conduct an excitation test of an actual car on the rolling stock testing plant in RTRI. We reproduce the actual running conditions of a three-car train and obtain good agreement between the HILS test and the target results.
机译:我们报告了一种基于“硬件在环仿真(HILS)”方法的“铁路车辆虚拟运行测试环境”系统,该系统可以用基准测试和计算机仿真代替实际运行测试的大部分内容。如果可以通过使用“铁路车辆虚拟运行测试环境”系统来详细再现铁路车辆在轨道上的运动,则可以加快开发过程并提高铁路车辆的质量可以预期的。在此报告中,我们介绍了整个配置系统。我们介绍了该系统在实现测试目标方面的许多实际用途,例如“再现在台架上进行的火车的实际运行测试”,“配备实际运行车辆的组件的性能评估”和“性能评估”未实现的虚拟组件。”最后,我们演示一些结果。例如,我们在RTRI的机车车辆测试工厂进行了实际汽车的励磁测试。我们重现了三列火车的实际运行状况,并在HILS测试与目标结果之间取得了良好的一致性。

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