This paper presents an approach to FADEC and the Application of the computer to the dynamic simulation and parameter adjustment of the engine.
本文介绍数字电子控制及发动机使用计算机进行动态模拟与参数调整的一种方法。
Simulation results demonstrate that the approach can react to the change of situation rapidly and effectively, and be advantageous in solving the dynamic task allocation during the operation process.
仿真实验结果表明，基于协商的分布式任务分配方法能够快速有效地实现对态势变化的反应，对于解决作战过程中的动态任务分配具有突出优势。
On the basis of analysis on augmentation approach widely used in the multibody dynamic simulation, an improved algorithm based on sparse matrix technique was proposed.
在分析多体动力学仿真计算中广泛使用的增广法基础上，提出了一种基于稀疏矩阵技术的改进算法。
Finally, sequential modular approach is applied to establish the dynamic mathematical model for the multi-pressure heat recovery steam generator in visual simulation environment.
最后，利用序贯模块建模方法和可视化自动建模环境，建立了复杂多压余热锅炉的动态数学模型，并对多压余热锅炉的动态特性进行了仿真研究。
A dynamic temperature field of frozen cargoes during transporting period was calculated based on the numerical simulation approach.
本文采用数值模拟方法，计算了运输过程中冷冻货物的动态温度场。
The proposed approach, which has simple structure, fast dynamic response speed and high detection precision, is verified effective and feasible with simulation studies.
该方法电路结构简单、动态响应速度快、检测精度高。 通过仿真研究证实了方法的有效性和可行性。
The simulation study of a CSTR shows that this approach produces a closed-system with a good dynamic characteristic. So this approach has obvious useness for controlling of chemical process.
仿真结果表明，采用逆系统方法可以使闭环系统取得更优的品质，这对于化工工业过程的控制具有明显的工程实践意义。
The co-simulation method, where no complex dynamic equation and transfer function is needed, offers a new approach to control and simulate the complicated mechanism.
联合仿真避免了建立整车动力学方程及推导传递函数，为复杂机械系统的控制与仿真提供了新思路。
Computer simulation of biological dynamic networks has been an important approach in the research of biological systems.
生物网络体系中的化学动力学模拟已成为生物体系研究过程中的一个重要环节。
Computer simulation of biological dynamic networks has been an important approach in the research of biological systems.
生物网络体系中的化学动力学模拟已成为生物体系研究过程中的一个重要环节。
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