基于MATLABSIMULINK的双曲柄机构的运动模拟仿真说明书.docVIP

科类 工科 学 本科生毕业论文 基于MATLAB/SIMULINK的双曲柄机构的运动模拟仿真 Based on MATLAB/SIMULINK double crank mechanism of the motion simulation 基于MATLAB/SIMULINK的双曲柄机构的运动模拟仿真 云南农业大学工程技术学院，昆明 黑龙潭 650201 摘 要 平面连杆机构的应用十分广泛，它的分析及设计一直是然而机构的运动学性能分析比较困难,难以在机构设计完成之后准确判定其性能。Simulink 是一个对动态系统建模和仿真分析的软件包,为信号与系统仿真实验提供了很好的平台。借助强大的仿真分析功能可以方便的实现机构性能分析和动态仿真,降低分析的难度,有效提高设计工作效率、产品开发质量,降低开发成本。连杆机构；动态仿真；SimMechanics；模型Based on MATLAB/SIMULINK double crank mechanism of the motion simulation Yunnan agriculture university engineering and technical college, 650201 black dragon pool Kunming Abstract Planar linkage mechanism used widely, its analysis and design is to design new machinery has been, to understand the existing machinery athletic performance and research the necessary premise of mechanical properties. However the kinematics of institutions, the performance analysis is more difficult, difficult to design in institutions after completion of the performance accurately determine. MATLAB Simulink is a dynamic system modeling and simulation software package, for signal and system simulation results provide a good platform. With its powerful simulation analysis function is realized the performance analysis and the dynamic simulation institutions, reduce the difficulties of analysis, effectively improve the design work efficiency and product development quality, reduce development costs. This design task to MATLAB simulink/simMechanics dynamic simulation tools as the platform, established the plane double crank rod system dynamics analysis and the dynamic model, the parameters set perform the simulation, and the results show that the simulation method can conveniently, accurately to get the kinematic and dynamic data organization, can type selection, optimization design of institutions to provide the reference. Keywords ：Link mechanism ;Dynamic simulation;SimMechanics ； Model 目 录 中英文摘要…………………………………………………………………………Ⅰ 目录…………………………………………………