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基于Python语言和Abaqus软件的轮胎有限元分析结果自动后处理插件的研发
Development on Auto-postprocessing Plug-in for Tire Finit Element Simulation Ananlysis Result Based on Python Language and Abaqus Software
Received:September 29, 2022  Revised:September 29, 2022
DOI:10.12135/j.issn.1006-8171.2024.01.0009
中文关键词: 轮胎;有限元分析;自动后处理;插件;Python语言;Abaqus软件
英文关键词: tire;finite element analysis;auto-postprocessing;plug-in;Python language;Abaqus software
基金项目:山东省重点研发计划(公益类专项)(2019GGX101020)
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Author NameAffiliationE-mail
caojinfeng* Qingdao University of Technology caojinfeng@qut.edu.cn 
Wangzhiwen Qingdao University of Technology  
Gaoming Celeron Group Co. LTD  
Jiashuan Qingdao University of Technology  
Sunzhiwei Qingdao University of Technology  
Xuemaolin Qingdao University of Technology  
Zhangzeming Qingdao University of Technology  
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中文摘要:
      基于Abaqus软件的Python语言二次开发功能,采用录制并修改宏文件的方法,开发了一款轮胎有限元仿真分析结果自动后处理插件,用户只需选择要处理的Odb文件,按照需求指定输出数据,单击OK按钮,数据即自动保存到指定的文件夹中。所开发插件与Abaqus软件无缝连接,用户使用Abaqus软件对轮胎模型仿真分析得到Odb文件后,可直接在Plug-ins菜单下选用插件对数据结果进行整理,实现有限元分析结果的自动后处理,减少了数据提取和整理工作量,缩短了后处理时间,极大地提高了仿真分析效率。本研究成果可推广应用于其他有限元模型仿真结果的自动后处理。
英文摘要:
      Based on the Python language secondary development function of Abaqus software,an auto-postprocessing plug-in for tire finite element simulation analysis results was developed by recording and modifying macro files.The user only need to select the Odb file to be processed,specify the output data as required,and click OK button to automatically save the data to the specified folder.The developed plug-in was seamlessly connected with the Abaqus software.After users obtain the Odb file from the tire model simulation analysis using the Abaqus software,they could directly select the plug-in under the Plug-ins menu to sort out the data results,realizing the auto-postprocessing of the finite element analysis results.It could reduce the data extraction and sorting work,and the postprocessing time was shortened,greatly improving the simulation analysis efficiency.The research results could be applied to auto-postprocessing of simulation results of other finite element models.
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