结果表明，场协同理论同样适用于水流绕流振动圆管湍流状态下的换热。
The result shows that the field coordination principle is applicable as well to heat transfer when water flows turbulently around vibrating pipe.
研究结果表明流体绕流振动圆管时，在较低流速下即可获得较好的传热效果。
The result shows that the preferable heat transfer effect can be acquired on the condition of a low flow rate.
因此，开展基于泄流振动响应的水工结构损伤诊断与健康监测研究，对于保障泄流结构安全运行具有重大的现实意义。
So, study on damage diagnosis and health monitoring of hydraulic structure based on vibration response by discharge flow has practical significance for discharge flow structures.
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