首页> 外国专利> DESTRUCTIVE BEHAVIOR ANALYSIS METHOD, DESTRUCTIVE BEHAVIOR ANALYZER, DESTRUCTIVE BEHAVIOR ANALYSIS PROGRAM, AND MOLDED ARTICLE DESIGNING METHOD

DESTRUCTIVE BEHAVIOR ANALYSIS METHOD, DESTRUCTIVE BEHAVIOR ANALYZER, DESTRUCTIVE BEHAVIOR ANALYSIS PROGRAM, AND MOLDED ARTICLE DESIGNING METHOD

机译:破坏性行为分析方法,破坏性行为分析器,破坏性行为分析程序和模具设计方法

摘要

PROBLEM TO BE SOLVED: To highly accurately analyze an actual destructive behavior and a load-displacement diagram by representing fragments of a destroyed molded article on computer simulation.;SOLUTION: A calculation model creation section 11 creates a finite element model representing the shape of a molded article to be analyzed by pluralities fo nodes and elements, a finite element analysis section 12 executes finite element analysis using the finite element model, determines whether there is any element satisfying a destruction condition based on the result of the finite element analysis, and deletes, when it is determined that there is an element satisfying the destruction condition, the element from the finite element model, an element restoration section 13 restores the element as the target of finite element analysis in the separated state of the element from the finite element model after a predetermined period of time from the deletion of the element, and generates a new node accompanying the restored element, and the finite element analysis section 12 executes finite element analysis in view of contact between the element restored by the element restoration section 13 and the finite element model.;SELECTED DRAWING: Figure 2;COPYRIGHT: (C)2016,JPO&INPIT
机译:解决的问题:通过在计算机仿真中表示被破坏的成型品的碎片来高度准确地分析实际的破坏行为和载荷-位移图;解决方案:计算模型创建部分11创建表示零件形状的有限元模型。有限元分析部12使用多个有限元分析对象的成型体,利用有限元模型进行有限元分析,基于该有限元分析的结果判定是否存在满足破坏条件的元素,并删除。当确定存在满足破坏条件的元素时,来自有限元模型的元素,元素恢复部13在与有限元模型分离的状态下恢复作为有限元分析的对象的元素。从元素删除开始的预定时间之后,并生成一个新节点伴随着恢复的元素,有限元分析部分12考虑到元素恢复部分13恢复的元素与有限元模型之间的接触来执行有限元分析。;选择图:图2;版权:(C)2016,日本特许厅

著录项

  • 公开/公告号JP2016170622A

    专利类型

  • 公开/公告日2016-09-23

    原文格式PDF

  • 申请/专利权人 TORAY IND INC;

    申请/专利号JP20150049892

  • 发明设计人 NAKAKOSHI HIROAKI;INOUE TAKUYA;

    申请日2015-03-12

  • 分类号G06F17/50;

  • 国家 JP

  • 入库时间 2022-08-21 14:45:50

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