螺旋式机具疏浚性能及水动力特点研究
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Dredging performance and hydrodynamic characteristics of screw-type cutter
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    摘要:

    底泥生态清淤是削减内源污染物、治理黑臭水体、提升水质的重要措施,但传统清淤刀具会造成底泥污染源的扩散和二次污染,影响清淤效果。天航局研发出一款新型的螺旋式机具,通过分析该机具的工作原理及生产能力、横移速度、泥浆吸入浓度等疏浚参数,使用CFD仿真技术对不同工况下机具的水动力特点进行研究,发现采用螺旋切削和输送能够获得较高浓度的泥浆,较小的螺距参数有助于吸入更多泥浆,并能减少底泥扰动,从而证实该机具具有良好的疏浚性能。

    Abstract:

    Sediment ecological dredging is an important measure to reduce endogenous pollutants,control black and odorous water bodies,and improve water quality. However,traditional dredging tools will cause the spread of sediment pollution sources and secondary pollution,which will affect the dredging effect. The CCCC Tianjin Dredging Co.,Ltd. has developed a new type of ecological dredging equipment,the working principle of the machine and the dredging capacity such as production capacity,traverse speed and mud suction concentration are theoretically analyzed. Using CFD simulation technology to analyze the hydrodynamic characteristics of the tool under different working conditions,it is found that the use of screw cutting and conveying can obtain a higher concentration of mud,and a smaller pitch parameter helps to achieve more mud suction. thus confirming that the designed machine has good dredging performance.

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刘国瑞,杨正军,陈九肖,等.螺旋式机具疏浚性能及水动力特点研究[J].水运工程,2022(S2):39-42.

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  • 在线发布日期: 2022-08-01
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