高玉臣

第二、第三种方法分别以Rice从及高玉臣和黄克智对裂尖场问题的理论提法框架直接求解裂尖场渐近解。

In the second and third methods , the Near-tip solutions are obtained based on the frames of theoretical formulations by Rice , and Gao and Hwang , respectively .

在高玉臣提出的有限元模型基础上，增加了表示刚性转动的单元余能。

The complementary energy denoted the rigid rotation of an element is added to the finite element model proposed by Gao yuchen .

将高玉臣提出的弹性大变形的纯余能原理（即只含有未知的内力分量）用于杆件系统的内力计算。

It was applied to rods system that the pure complementary energy principle presented by Gao Yuchen , which is only involving unknown internal forces .

基于基本方程组和高玉臣、黄克智提出的应力场的渐近展开式作了渐近分析。

On the basis of the governing equations and the asymptotic expansion of the stress fields proposed by Gao and Hwang , a generally asymptotic analysis is performed .