A spring analogy method for dynamic unstructured grids was studied.
本文对用于非结构动网格生成的弹簧近似方法进行了研究。
In this paper, spring analogy method for dynamic unstructured grids has been studied.
对用于非结构动网格生成的弹簧近似方法进行了研究。
This indicates that the spring analogy method and the elasticity approach can be applied in the numerical simulations.
这说明本文中所采用的弹簧近似方法和弹性体方法都能很好地应用到数值计算中去。
Compared with the spring analogy method, the method has big computation load and can treat the situation with big displacement and torsion.
和弹簧方法相比，虽然弹性体方法的计算量大，但是可以处理大位移的情况，尤其善于处理网格扭转很厉害的情况。
The parallel computation method was used for numerical simulation of flow field with moving boundary, and unstructured moving grids were generated by spring analogy method.
将并行计算方法应用于含运动边界流场的数值模拟，采用弹簧方法生成非结构运动网格。
In addition, the computational efficiency is slightly decreased than the traditional TFI method, but improved by 1 or 2 orders of magnitude when compared with the spring analogy method.
另外，该方法的计算效率较传统TF I动网格方法有所降低，但相比弹簧方法提高1到2个量级。
In addition, the computational efficiency is slightly decreased than the traditional TFI method, but improved by 1 or 2 orders of magnitude when compared with the spring analogy method.
另外，该方法的计算效率较传统TF I动网格方法有所降低，但相比弹簧方法提高1到2个量级。
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