由于移动最小二乘法的近似函数不一定精确地通过计算点，从而使本质边界条件的施加和集中载荷的处理变得复杂。
This is a disadvantage of EFGM as it suffers from problems in the imposition of essential boundary conditions and the application of point loads.
因此，本质边界条件的施加和集中载荷的处理变的复杂。
This is of disadvantage in EFGM for it complicates the imposition of essential boundary conditions and the application of point loads.
再将温度引起的热应力和外力(如边界条件)之和作为力载荷施加到物体，求得总变形量。
Exert hot stress and external force (such as border terms) that temperature cause as the strength load the object and then, try to get total deformation amount.
再将温度引起的热应力和外力(如边界条件)之和作为力载荷施加到物体，求得总变形量。
Exert hot stress and external force (such as border terms) that temperature cause as the strength load the object and then, try to get total deformation amount.
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