【摘要】 为了丰富电气工程专业课程的实验教学内容和加深学生对电机轴电压知识的理解,基于Solid Works和ANSYS相关软件搭建了电机轴电压虚拟仿真实验平台。该平台能够实现电机的参数化、可视化建模,学生可以方便地自定义电机结构尺寸参数,并能通过仿真计算得到电机轴电压与结构尺寸参数间的变化关系,从而直观地掌握电机结构尺寸对轴电压的影响规律,进而实现以轴电压最小为目标的尺寸参数在给定变化范围内的寻优设计。该电机轴电压虚拟仿真实验平台有助于学生理解电机结构尺寸与轴电压之间的影响关系,以丰富的教学手段提升了教学质量。更多还原

【Abstract】 To enhance the content of experimental courses in the field of electrical engineering and foster a profound and comprehensive understanding of motor shaft voltage among students, a virtual experiment platform for simulating motor shaft voltage has been developed based on SolidWorks and ANSYS software, which realizes parametric and visual modeling of motors. Students have the ability to customize the size parameters of motor structure and perform simulation calculations to obtain relationship curve between motor shaft voltage and structure size, enabling them to visually observe the impact of the motor structure size on the shaft voltage and to optimize the size parameters for achieving the minimum shaft voltage. The established platform serves as a valuable tool in aiding students’ comprehension of the correlation between motor structure size and shaft voltage and extends instructional methods for improving pedagogical quality.更多还原