与采用精细网格算法相比，其计算速度大大提高。
The computation speed of adaptive grid roughening algorithm increases greatly compared with that of the fine grid method.
利用整体舱段的粗网格模型计算结果，建立子模型划分精细网格进行结构细部疲劳评估。
By importing results from the global model, some sub-models with very fine mesh are created to do fatigue assessment of structure details.
不仅如此，本文还采用精细网格下的平面二维模型对长江口流场进行模拟，获得与实际流动较为一致的结果。
The 2-d model with a fine grid is applied to the field of flow in the Changjiang Estuary and the results are well in agreement with the measured flow.
在几种不同材料的试件表面刻蚀出了试件栅，这种技术的实现使云纹干涉法和精细网格法在高温高压环境下的广泛应用成为可能。
The realization of this teChnique makes it possible to apply the Moire interferometry and lattice method under high-temperature, high-pressure environments.
在几种不同材料的试件表面刻蚀出了试件栅，这种技术的实现使云纹干涉法和精细网格法在高温高压环境下的广泛应用成为可能。
The realization of this teChnique makes it possible to apply the Moire interferometry and lattice method under high-temperature, high-pressure environments.
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