交替运用边界条件的不同部分，迭代求出满足实际边界条件下的解。
This method used parts of the boundary condition alternatively to obtain the final solution satisfying the real boundary condition.
只要给出模拟场的实际几何尺寸和边界条件，即可通过计算机得到静电场分布。
As long as the actual geometrical sizes and boundary conditions of the simulated field, the electrostatic field distribution can be obtained.
假定衬砌材料为多孔介质，引入了更符合工程实际的半封闭边界条件。
The liner is assumed to be porous material and the partial sealing boundary condition of tunnel is introduced firstly to represente most of the real practical situations.
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