1) clamped edge
固支边
1.
By introducing the unit pulse functions and Dirac functions,the clamped edge can be made equivalent to the simply supported one by adding the unknown horizontal reactions.
通过引入单位脉冲函数和Dirac函数,将固支边等效为简支边与未知水平反力的叠加,利用平面应力问题的基本方程,导出满足控制微分方程及左右两端边界条件的位移函数的一般解,对上下表面的边界方程作Fourier级数展开,结合固支边位移为0的条件确定待定系数,得到的解是高精度的。
2) built-in boundary
固支边界
1.
This paper discusses comprehensively the trial function of the bending deflection on a special-shaped circular plate with built-in boundary.
从解的收敛性，位移边界条件及内力边界务件等方面论证了一种固支边界异形圆板挠度试函数的形式，为利用Ｇａｌｅｒｋｉｎ法或Ｒｉｔｚ法求解这种板的弯曲问题提供了如何选择挠度试函数的途径。
3) two edges fixed
两边固支
5) two opposite clamped edges
两对边固支
1.
By supposing a deflection function which is satisfied with the equilibrium differential equation and by adopting the Levy method,the deflection equation of isotropic rectangular plate with two opposite clamped edges and two opposite simply supported edges is obtained under temperature variations which are perpendicular to the su.
通过试设满足平衡微分方程的挠度函数,采用李维解法,推导了两对边固支两对边简支各向同性矩形薄板在横向变温作用下的挠度方程,得出了横向变温作用下两对边固支两对边简支各向同性矩形薄板的解析解,从而为以后的工程计算提供了理论依据。
6) two adjacent clamped edges and two adjacent simply supported edges
两邻边固支两邻边简支
补充资料：支边
1.支援边疆建设。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条