This paper compiles the analysing program for the simulation of the nonlinear dynamic system. With this program, the locus property of the nonlinear dynamic system can be analysed visually.
应用先进的计算机图形学及科学计算可视化技术，编制了非线性动力系统仿真分析程序，可直观地分析混沌动力系统的轨迹特性。
The simulation results show that the method of intelligent sliding mode Variable Structure Control is simple, with good dynamic performance and robust property.
仿真结果表明：开关磁阻电机的智能滑模变结构控制方法简单，有良好的动态性能，较好的鲁棒性。
The simulation results show this control system has good dynamic property and negligible vibration, and efficiently makes the output current of direct motor trace the intent current.
仿真结果表明，所设计的滑模变控制器使助力电机具有很好的动态性能，系统基本无抖动现象，实现了助力电机输出电流对目标电流的跟踪特性。
The result of simulation in MATLAB/SIMULINK indicates that the controller evidently improves the dynamic property of control system. The controller is easily realized and applied in engineering.
进行MATLAB/SIMULINK仿真，仿真结果表明，该控制器明显地改善了控制系统的动态性能，易于实现，便于工程应用。
In this paper, automatic gear shift laws with optimal dynamic property and fuel economy are given respectively, which are tested in dynamic simulation model of vehicle power train.
研究了自动变速车辆的换挡规律的算法，制定了车辆的动力性换挡规律和经济性换挡规律，建立了车辆动力学仿真模型。
The company completed the dynamic chemical simulation model base on Prof. Chen's leadership, and developed the computer simulation training software has its own intellectual property rights.
公司在陈教授的带领下完成了动态化工仿真模型库，并开发形成了自有知识产权的计算机仿真培训软件。
Simulation results show that the control strategy of this paper had the stronger anti-perturbation ability, and improved the dynamic property of reheat steam temperature control system.
仿真结果表明本文的控制方法抗干扰能力增强，能明显改善系统的动态特性。
The elastic property curves of air spring is the most important dynamic feature of air suspension, it is the crux for simulation study and features research on air suspension.
空气弹簧最重要的动力学特征——弹性特性曲线，是进行空气悬架仿真、特性研究的关键。
The elastic property curves of air spring is the most important dynamic feature of air suspension, it is the crux for simulation study and features research on air suspension.
空气弹簧最重要的动力学特征——弹性特性曲线，是进行空气悬架仿真、特性研究的关键。
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