摘要
以微型断路器为分析对象,搭建基于多物理场耦合的开关电器温升特性仿真实验平台。平台采用VB.Net语言设计友好用户界面,交互性强,集成了模型选取、参数配置和结果分析等功能。通过在后台以批处理模式运行ANSYS命令流实现多场耦合的有限元仿真,获得可视化温升结果,经实验验证仿真误差在10%以内。利用该平台,学生无须掌握专业的多场域仿真知识即可进行温升计算,并能便捷修改MCB模型与仿真参数,探究多种因素对温升特性的影响,有助于增进学生对电器发热理论知识的理解,培养学生的自主科研能力与创新思维,对提升开关电器实验教学水平具有积极的推动作用。
Using the miniature circuit breaker(MCB)as the object,a simulation experiment platform for the temperature rise characteristics of switching device was established based on the multi-physics coupling.This platform features a friendly graphical user interface with strong interactivity designed byVB.Net,integrates functions such as model selection,parameter configuration and result analysis.The finite element simulation of multi-physics coupling was achieved by running ANSYS command stream in batch mode at the background,so as to obtain the visualization results of temperature rise.The simulation error was within 10%through experiments.Through this platform,students can calculate the temperature rise without any professional simulation knowledge of multi-physics.Moreover,the model and simulation parameters of MCB can be easily modified to explore the influence of various factors on the temperature rise characteristics.This helps to enhance students’understanding of the heating theoretical knowledge for switching device and foster their independent research abilities and innovative thinking,and has a positive promoting effect on improving the experimental teaching level of switching device.
作者
沈靖宇
马浩东
庄杰榕
许志红
SHEN Jingyu;MA Haodong;ZHUANG Jierong;XU Zhihong(College of Electrical Engineering and Automation,Fuzhou University,Fuzhou 350108,China;Fujian Engineering Research Center of Smart Distribution Grid Equipment,Fuzhou University,Fuzhou 350108,China)
出处
《实验室研究与探索》
北大核心
2025年第4期65-70,92,共7页
Research and Exploration In Laboratory
基金
国家自然科学基金项目(52277136)
福州大学研究生教育教学改革项目(FYJG2023013)
福州大学本科教育教学改革研究项目(2024-14)。
关键词
开关电器
温升
仿真平台
多物理场耦合
有限元
switching device
temperature rise
simulation platform
multi-physics coupling
finite element method
