Numerical Simulation of Pressure Fluctuation and Radial Force in a Double Volute Pump 双蜗壳泵压力脉动特性及叶轮径向力数值模拟
Development of High Efficiency Volute Pump of Very Low Specific Speed 低比转数高效率蜗壳泵的开发
Failure Analysis on Corrosion Erosion of High Cr Cast Iron Volute Liner of Pump in Alumina Ore Slurry 高铬铸铁铝矿浆泵泵壳腐蚀磨损失效分析
The finite element method for calculating the flowing field in volute of low specific speed centrifugal pump 低比速离心泵蜗壳流场的有限元分析
When the flow Reynolds number is less that 2300 in the suction pipe, the flow should be in laminar regime in the impeller and volute of the pump. 当泵进口处的雷诺数小于2300以后,离心油泵叶轮内部的流态更接近层流。
DESIGN AND EXPERIMENT OF HIGH SPECIFIC SPEED VOLUTE MIXED FLOW PUMP Measurement of Hydraulic Losses in Volute Casing of a Reversible Pump-Turbine under Pumping Mode 高比转数蜗壳式混流泵的设计与研究混流可逆式水泵-水轮机泵工况蜗壳损失试验研究
Theoretical Study on Hydraulic Losses in A Pump-turbine Volute in Pump Operation 混流可逆式水泵&水轮机泵工况蜗壳损失理论研究
To study the flow field in the double volute and the influence of the volute's structure on it, the steady 3-d turbulent flow inside the double volute of a multiflow centrifugal pump was simulated through the full passage calculation of the pump. 为研究双蜗壳内部流场特性及其结构形式对流场的影响,对双吸离心泵的双蜗壳内部定常三维湍流进行了全流道数值模拟。
Numerical simulation of internal flow field within the volute of vortex pump 旋流泵无叶腔内部流场数值模拟
A general mathematic expression for hydraulic losses in a pump-turbine volute in pump operation is obtained from the momentum equation and continuous equation of energy flux of the volute element. 本文在以实验资料为依据的假设下,由动量方程和能通量的连续方程推出了蜗壳损失的一般计算公式。
A New Method for Designing the Volute Mixed-Flow Pump 设计蜗壳式混流泵的一种新方法
Investigation on the Method for Calculating the Self-priming Performance of the Self-priming Double-casing Volute Centrifugal Pump with Outer Recirculation 外混式双蜗壳自吸离心泵自吸性能计算方法探讨
Experimental investigation of internal flow field in the volute of a centrifugal pump by PIV 用PIV技术研究离心泵扩散段第八断面内流场
The impeller and volute is the primary hydrodynamic parts, which influence the no clogging of sewage pump. 叶轮和压水室是影响污水泵无堵塞性的主要水力部件。
The radial force of single and double volute pump were simulated under different flow rate, and the hydraulic performance was predicted. 模拟计算了单蜗壳泵和模型双蜗壳泵在不同流量工况下的径向力,并预测了其水力性能。