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Study on the effect of alumina nano-fluid on sharp-edge orifice flow characteristics in both cavitations and non-cavitations turbulent flow regimes

机译：氧化铝纳米流体对空化和非空化湍流状态下尖锐孔口流动特性的影响研究

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A.E. Kabeel; Mohamed Abdelgaied;
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1. The Impact of Manifold-to-Orifice Turning Angle on Sharp-Edge Orifice Flow Characteristics in Both Cavitation and Noncavitation Turbulent Flow Regimes [J] . W. H. Nurick, T. Ohanian, D. G. Talley, Journal of Fluids Engineering: Transactions of the ASME . 2008,第12期

机译：空化和非空化湍流状态下歧管到目标的转弯角对锐边孔口流动特性的影响
2. Experimental investigation of turbulent flow and convective heat transfer characteristics of alumina water nanofluids in fully developed flow regime [J] . M.M. Heyhat, F. Kowsary, A.M. Rashidi, International Communications in Heat and Mass Transfer . 2012,第8期

机译：充分发展的流动状态下氧化铝水纳米流体的湍流和对流传热特性的实验研究
3. Comparative study on the influence of depth, number and arrangement of dimples on the flow and heat transfer characteristics at turbulent flow regimes [J] . Saeed Nazari, Mahdi Zamani, Sajad A. Moshizi Heat and mass transfer . 2018,第9期

机译：湍流状态下酒窝的深度，数量和排列方式对流动和传热特性影响的比较研究
4. Effect on Heat Transfer Characteristics of Nanofluids Flowing under Laminar and Turbulent Flow Regime - A Review [C] . Prince Kumar, Dr. K.M. Pandey International Conference on Materials, Alloys and Experimental Mechanics . 2017

机译：流动下流动流动纳米流体传热特性的影响 - 评论
5. Simulation of orifice internal flows including cavitation and turbulence. [D] . Xu, Changhai. 2001

机译：模拟孔内流，包括气蚀和湍流。
6. A Comparative Study of Cavitation Characteristics of Nano-Fluid and Deionized Water in Micro-Channels [O] . Tao Li, Bin Liu, Jinzhi Zhou, 2020

机译：纳米流体与去离子水在微通道中空化特性的比较研究
7. Study on the effect of alumina nano-fluid on sharp-edge orifice flow characteristics in both cavitations and non-cavitations turbulent flow regimes [O] . Kabeel A.E., Abdelgaied Mohamed 2016

机译：氧化铝纳米流体对空化和非空化湍流态下尖锐孔口流动特性的影响研究

Study on the effect of alumina nano-fluid on sharp-edge orifice flow characteristics in both cavitations and non-cavitations turbulent flow regimes

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