Python与AMESim在液压与气动实践教学中的应用

Application of Python and AMESim in Hydraulic and Pneumatic Practice Teaching

液压与气动课程是机械电子工程专业重要的专业必修课,并且课程重点在于讲解液压与气动在工程实际中的应用,而课程实验设备异于损坏,许多实例不便于实验,而学生面对理论知识难于理解,为此运用AMESim仿真平台,基于python构建液压与气动实践教学,拓展学生多学科多软件的应用,以液压元件减压阀为例,说明实践课程教学方法,学生在AMESim平台下的交互操作,从而培养学生的液压实践技能,启发学生对液压与气压传动的兴趣。

Hydraulics and Pneumatics is an important compulsory course for mechanical and electrical engineering majors.The focus of the course is to explain the application of hydraulics and pneumatics in engineering practice.The experiment equipment is easy to damage.Many examples are not easy to experiment,and students feel that it is difficult to understand the theoretical knowledge.Therefore,the AMESim simulation platform is used to build hydraulic and pneumatic practice teaching based on Python to expand the application of multi-disciplinary and multi-software.Take the hydraulic component pressure relief valve as an example to illustrate the teaching method of the practical course.The interactive operation of students on the AMESim platform realizes the interactive simulation technology based on AMESim and Python,and cultivates the application of computer technology in hydraulic practice.And it can cultivate students'hydraulic practical skills and inspire students'interest in hydraulic and pneumatic transmission.