摘要
利用光塑性方法以聚碳酸脂为模拟材料研究轿车等速万向节星形套闭塞模锻成形过程 ,获得星形套闭塞模锻成形过程的三维光塑性应变分布 ,提出其应变分布特征 ,并对典型截面应变进行计算分析 ,研究结果可为实际钢质星形套闭塞模锻工艺和模具设计起一定的指导作用。
The technique of precision plastic deformation can improve product quality, properties and their market competitive ability. Not only it can save material and power, shorten manufacturing period and decrease production costs, it can also obtain complex structure and good surface quality of forming part. The technique of precision plastic formation tend to complication, precision, optimization quality ,simulation of technological design and the integrity of CAD and CAM in die design and manufacture.The law of plastic deformation was known by means of photo-plasticity simulation. Deformation information in deformed body can be obtained some results were gotten with the aid of photo-plasticity simulation of no-flash die forging star-like inner race. The deformation of metal material is symmetrical in the technique of no-flash die forging star-like inner race. Strain state is changeable in deformation region. Deformation region is divided into rigidity, even deformation and violent deformation region. The area under the punch is rigidity region. The area of part center is the even deformation region. The other region is violent deformation region. These results of simulation experiment play an important role in die design of no-flash die forging forming star-like inner race of steel.
出处
《机械强度》
CAS
CSCD
北大核心
2003年第2期178-182,共5页
Journal of Mechanical Strength
基金
国家"九五"重点科技攻关资助项目 (96 A2 2 0 3 0 2 (1 ) )~~
关键词
轿车
等速万向节
星形套
闭塞模锻成形过程
光塑性物理模拟
Universal joint of constant velocity in car
Star-like inner race
Deformation process of no-flash die forging
Photo-plasticity simulation
