The method of vehicle inertia simulation was studied in order to establish electrical simulation in vehicle testing system.
为了在汽车测试中模拟汽车惯量，研究了机械惯量电模拟的方法。
The simulation experiment shows that the system has better performance of vibration suppression control and stronger robustness for modeling error of load inertia moment.
仿真实验表明，该系统具有良好的防振控制性能，而且对负载惯性矩的模型化误差具有较强的鲁棒性。
Finally, according to the inertia of the disc brake electricity mathematical model analysis, the use of MATLAB software SIMULINK tool of inertia system simulation.
文章的最后根据对盘式制动器电惯量模拟的数学模型的分析，使用MATLAB软件中的SIMULINK工具箱对电惯量模拟系统进行仿真。
Then will the simulation results and mechanical flywheel inertia of experimental results were compared and analyzed, and the results show the feasibility that electricity inertia system is feasible.
然后将仿真结果和机械飞轮惯量试验台的试验结果进行对比并做了可行性分析，研究结果表明该电惯量系统是可行的。
The simulation result has shown that the electric inertia system under ADRC control can not only simulate the mechanical inertia, but also effectively suppress the interference within the system.
仿真结果表明，自抗扰控制下的电惯量系统不仅能准确地模拟机械惯量，还能有效抑制系统内的干扰。
The simulation result has shown that the electric inertia system under ADRC control can not only simulate the mechanical inertia, but also effectively suppress the interference within the system.
仿真结果表明，自抗扰控制下的电惯量系统不仅能准确地模拟机械惯量，还能有效抑制系统内的干扰。
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