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NEW DESIGN APPROACH FOR PITOT-TUBE JET PUMP

机译:皮管射流泵的新设计方法

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In this report the diffusor geometry for a Pitot-Tube Jet pump (PTJ pump) is optimized, using 3D, steady CFD methods (software: ANSYS Fluent) as well as mesh morphing (software: Sculptor). The design point is Q = 16 m~3/h. A complex optimization loop is set up, which takes geometric constraints, as well as manufacturing limits into account. The optimization is multi-objective and best practice guidelines are derived for future diffusor designs with respect to the reduction of total pressure losses and the diffusor displacement in the fluid of the rotor cavity. Both, advantages and disadvantages, are listed and evaluated.
机译:在本报告中,使用3D稳定CFD方法(软件:ANSYS Fluent)以及网格变形(软件:Sculptor)优化了皮托管喷射泵(PTJ泵)的扩散器几何形状。设计点为Q = 16 m〜3 / h。建立了一个复杂的优化循环,该循环考虑了几何约束以及制造限制。该优化是多目标的,并且针对未来的扩散器设计,就减少总压力损失和扩散器在转子腔体流体中的位移而言,得出了最佳实践准则。优点和缺点均已列出并进行了评估。

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