CAJ | 학술논문

根据所研究对象的结构特点,对改性聚丙烯塑料贮槽进行3D建模,利用有限元计算软件ANSYS进行了应力计算,得到了该设备应力、应变的分布状况,确定出该设备的危险区域,并用常规的强度校核方法及HG20640-1997规定的校核方法,校核该设备的强度,确定壁厚不足是导致贮槽变形泄漏的主要原因,为改性聚丙烯塑料贮槽的设计提出改进建议.
근거소연구대상적결구특점,대개성취병희소료저조진행3D건모,이용유한원계산연건ANSYS진행료응력계산,득도료해설비응력、응변적분포상황,학정출해설비적위험구역,병용상규적강도교핵방법급HG20640-1997규정적교핵방법,교핵해설비적강도,학정벽후불족시도치저조변형설루적주요원인,위개성취병희소료저조적설계제출개진건의.
A 3D model of the modified PP storage tank was build up according to the feature of object structure of study. The stress of it was calculated using 3D - FE software ANSYS, and a distributions of stress and strain and the dangerous area of it were obtained. According to the normal strength check analysis and the rule of HG20640 - 1997 Plastic Equipment, stress assessments were done and the strength of equipment was tested. So the modified suggestion of the PP storage tank was gived.