摘要
本文利用节点的速度约束代码来生成节点位置代码 ,再由边界边两个端点的位置代码来确定该边界边所处的位置 ,以及该边界边上可能发生的传热方式 ,简单可靠地实现了热力耦合分析中对温度边界条件的动态处理。
In the simulation of metal forming process, each node is given several codes to represent its velocity constraint. If coded properly, these codes can be used to generate a position code for the boundary node, afterwards, position codes of two endpoints of a boundary edge can be employed to describe the location of this boundary edge, and the possible type of heat transfer on it as well. This method makes the dynamic treatment for the temperature boundary condition easy and reliable.
出处
《塑性工程学报》
EI
CAS
CSCD
2001年第1期4-7,共4页
Journal of Plasticity Engineering
