摘要
采用熔模精密铸造工艺替代冲压焊接工艺制造某型汽车车身B柱，目的是减轻汽车的质量。采用新工艺制作的B柱将原来的8个零件减少到了1个，减重24％，在短时间内以低成本完成了B柱的试制。仿真分析结果表明，采用熔模精密铸造工艺生产的B柱的耐碰撞和安装点刚度等性能均优于原B柱。
B pillar of a certain type of automobile body was made by the use of a precision investment casting procedure instead of stamping-welding process to reduce automobile weight. The B pillar made by the new procedure is one part rather than consists of eight parts, thus reducing the eight by 24%, and completing trial production of the B pillar in a short length of time at lass cost. From a simulative analysis it was seen that the B pillar made by the precision investment casting procedure is superior to previous B pillar in collision resistance and rigidity at fabricated point.
作者
于婷
李新路
关少童
YU Ting;LI Xinlu;GUAN Shaotong(Anyang Qiang Ji Precision Manufacturing Base Co.,Ltd.,Anyang 455000,Henan Chin)
出处
《铸造工程》
2018年第4期16-22,共7页
Foundry Engineering
关键词
轻量化
熔模精密铸造
铝车身
碰撞
light-weight
precision investment casting
aluminum-made automobile body
collision
