农业物料球形颗粒临界速度动力特性的仿真

    Simulation of the Critical Velocity Dynamical Characteristics of Spherical Grain of Agricultural Material

    • 摘要: 在SIMULINK集成环境下,利用临界速度动力特性的基本理论,对农业物料球形颗粒在流体中的运动过程进行仿真。仿真模型可以完成3项工作:获得物料在流体中运动过程的位移、速度、加速度曲线,计算临界速度和计算达到临界速度的时间。

       

      Abstract: Under the integrated environment of SIMULINK, the simulation of the movement process of spherical grain of agricultural material in liquid is operated with the basic principle of critical velocity dynamical characteristics. The simulation model may accomplish three objects including that it may obtain the curves of displacement, velocity and acceleration while material grain is moving in liquid, calculate the value of critical velocity and display the time that it is right to reach that value.

       

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