This article focuses on the teaching of circuit foundation courses in vocational colleges and explores in depth the application of MWorks simulation software.By analyzing the limitations of traditional circuit foundat...This article focuses on the teaching of circuit foundation courses in vocational colleges and explores in depth the application of MWorks simulation software.By analyzing the limitations of traditional circuit foundation course teaching,this article elaborates on the advantages of MWorks software in teaching,including intuitive presentation of circuit principles,provision of rich component libraries,and powerful analysis functions.Detailed teaching practice cases based on the software were introduced,such as simple circuit construction and analysis,complex circuit fault troubleshooting,etc.,and the application effect was demonstrated by comparing actual teaching data.The results show that MWorks simulation software effectively enhances students’learning interest,practical ability,and theoretical knowledge mastery,providing strong support for the improvement of the teaching quality of circuit foundation courses in vocational colleges.展开更多
This article aims to explore the teaching mode of using MWorks simulation software to promote teaching in circuit fundamentals courses in vocational colleges through competitions.By analyzing the limitations of tradit...This article aims to explore the teaching mode of using MWorks simulation software to promote teaching in circuit fundamentals courses in vocational colleges through competitions.By analyzing the limitations of traditional teaching,this article elaborates on the functional advantages of MWorks software and its specific application methods in promoting teaching through competitions,including how to combine skill competitions for teaching design,organizing internal selection and training,and other aspects.Practice has shown that this model effectively enhances students’professional skills,innovation ability,and teamwork spirit,while also promoting the improvement of teachers’teaching level.Finally,the problems encountered during the application process were reflected upon,and improvement suggestions were proposed,providing a reference for relevant teaching reforms in vocational colleges.展开更多
为了探寻碰撞参数变化对大豆种子应力分布及形变位移的影响规律,利用Solid Works Simulation对大豆种子碰撞过程进行了模拟分析,获得了大豆种子碰撞过程的应力分布与位移形变及其随时间的变化,并以碰撞速度及接触半径为试验因素,大豆种...为了探寻碰撞参数变化对大豆种子应力分布及形变位移的影响规律,利用Solid Works Simulation对大豆种子碰撞过程进行了模拟分析,获得了大豆种子碰撞过程的应力分布与位移形变及其随时间的变化,并以碰撞速度及接触半径为试验因素,大豆种子碰撞过程的最大应力及最大位移为试验指标,采用正交试验方法,分析参数变化对指标的影响。试验结果表明:对最大应力指标,两因素影响极显著;对最大位移,因素接触半径影响极显著,碰撞速度影响显著。且两指标随着碰撞速度的增大而减小,随着接触半径的增大而先减小而后趋势减缓。研究结果为大豆种子脱粒机的仿真设计和产品研发提供了参考依据。展开更多
基金MWorks University Application Verification Project(BX2024C081)。
文摘This article focuses on the teaching of circuit foundation courses in vocational colleges and explores in depth the application of MWorks simulation software.By analyzing the limitations of traditional circuit foundation course teaching,this article elaborates on the advantages of MWorks software in teaching,including intuitive presentation of circuit principles,provision of rich component libraries,and powerful analysis functions.Detailed teaching practice cases based on the software were introduced,such as simple circuit construction and analysis,complex circuit fault troubleshooting,etc.,and the application effect was demonstrated by comparing actual teaching data.The results show that MWorks simulation software effectively enhances students’learning interest,practical ability,and theoretical knowledge mastery,providing strong support for the improvement of the teaching quality of circuit foundation courses in vocational colleges.
基金MWORKS University Application Verification Project(BX2024C081).
文摘This article aims to explore the teaching mode of using MWorks simulation software to promote teaching in circuit fundamentals courses in vocational colleges through competitions.By analyzing the limitations of traditional teaching,this article elaborates on the functional advantages of MWorks software and its specific application methods in promoting teaching through competitions,including how to combine skill competitions for teaching design,organizing internal selection and training,and other aspects.Practice has shown that this model effectively enhances students’professional skills,innovation ability,and teamwork spirit,while also promoting the improvement of teachers’teaching level.Finally,the problems encountered during the application process were reflected upon,and improvement suggestions were proposed,providing a reference for relevant teaching reforms in vocational colleges.
文摘为了探寻碰撞参数变化对大豆种子应力分布及形变位移的影响规律,利用Solid Works Simulation对大豆种子碰撞过程进行了模拟分析,获得了大豆种子碰撞过程的应力分布与位移形变及其随时间的变化,并以碰撞速度及接触半径为试验因素,大豆种子碰撞过程的最大应力及最大位移为试验指标,采用正交试验方法,分析参数变化对指标的影响。试验结果表明:对最大应力指标,两因素影响极显著;对最大位移,因素接触半径影响极显著,碰撞速度影响显著。且两指标随着碰撞速度的增大而减小,随着接触半径的增大而先减小而后趋势减缓。研究结果为大豆种子脱粒机的仿真设计和产品研发提供了参考依据。
