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针对设计的一种新型农用机械差速器,通过对其动态特性进行分析,提出了一种差速器动态性能结构参数优化的设计方法。对所设计的新型差速器进行运动特性分析,且利用仿真分析软件ADAMS自身提供的优化算法,以差速器体积最小为精确化的目标函数、确定设计变量及其并行设计的约束条件,对其进行运动优化设计。(1)得出新型农用机械差速器对于复杂工况的运动特性。(2)通过对比分析,仿真结果与理论设计相一致,验证了新型农用差速器结构设计的正确性。(3)得出差速器体积最小时所对应的各变量具体值。应用仿真软件对模型进行运动仿真及结构优化,得出其主要部件运动学及动力学仿真曲线,为同类产品的理论研究奠定了良好的基础。
Aiming at the design of a new type of agricultural machinery differential, by analyzing the dynamic characteristics of the differential, a dynamic design optimization method of structural parameters is proposed. On the basis of the analysis of the kinematics of the new differential designed by this paper, and using the optimization algorithm provided by the simulation software ADAMS itself, the constrained conditions of the design variables and their parallel design are determined by taking the differential volume as the objective function to minimize the volume. Its optimal exercise design. (1) The kinematic characteristics of the new agricultural machinery differential for complex conditions are obtained. (2) Through the comparative analysis, the simulation results are consistent with the theoretical design, which verifies the correctness of the structural design of the new agricultural differential. (3) derived the differential volume corresponding to the smallest value of the specific variables. The simulation and structural optimization of the model are carried out by using the simulation software. The kinematics and dynamics simulation curves of the main components are obtained, which lays a good foundation for the theoretical research of similar products.