在求解演化方程的过程中，引入“内迭代”过程实现流体域和多孔介质交界面的连接条件。
An inner iteration technique is developed to implement the conjunctive conditions of the interface between the fluid domain and the porous media.
应用虚位移原理和结合考虑材料交界面上的约束条件，文章建立了接触单元的刚度矩阵和等效荷载向量。
Employing the virtual displacement principle and considering constraint conditions of material interface, the stiffness matrix and equivalent load vector for this element are established.
本文描述了气体辅助注射成型过程中熔体流动和气体穿透的原理，分析了气体和熔体交界处应满足的边界条件。
This paper depicts the principle of polymer melt movement and gas penetration in the gas-assisted injection molding and analyzes the boundary condition of gasmelt interface.
本文描述了气体辅助注射成型过程中熔体流动和气体穿透的原理，分析了气体和熔体交界处应满足的边界条件。
This paper depicts the principle of polymer melt movement and gas penetration in the gas-assisted injection molding and analyzes the boundary condition of gasmelt interface.
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