运用当地时间步长、隐式残值光顺、焓阻尼等措施加速计算收敛。

Local time step, implicit residue averaging, enthalpy damping are used to accelerate the convergence.

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为提高计算效率，采用了多重网格法、当地时间步长和残差光顺等加速收敛措施。

Residual smoothing, local time stepping and a new multi-grid scheme were employed to improve calculative efficiency and accelerate the convergence.

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介绍了计算加速方法，包括隐式残差光顺和全多重网格方法；

Then, the accelerating computational methods including implicit residual smoothing and full multigrid strategy were presented.

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为了提高收敛速度，采用当地时间步长、残值光顺的加速收敛措施。

Using local time stepping and implicit residual smoothing to accelerate the convergence.

youdao

为了提高收敛速度，采用当地时间步长、残值光顺的加速收敛措施。

Using local time stepping and implicit residual smoothing to accelerate the convergence.

youdao