نتایج جستجو برای: channel flow

تعداد نتایج: 687695  

Journal: :iranian journal of chemistry and chemical engineering (ijcce) 2009
hikmet s. aybar mohsen sharifpur

simulation of turbulence boiling, generation of vapour and predication of its behaviour are still subject to debate in the two-phase flow area and they receive a high level of worldwide attention. in this study, a new arrangement of the three dimensional governing equations for turbulence two-phase flow with heat and mass transfer are derived by using ensemble averaging two-fluid model and util...

Akram Gashtasebi Mohammad Reza Pirestani,

Transfer of debris flow caused by floods in the river downstream of the mountains leads to several damages every year. Numerous researches have been carried out on the Mountain Rivers the results of which show the importance of performing more researches to control debris flows in the floodplain because of various effective hydraulic-geometric parameters.For this purpose, AbNik Mountain River l...

Using of nanofluids and ducts with corrugated walls are both supposed to enhance heat transfer, by increasing the heat transfer fluid conductivity and the heat transfer area respectively. Use of a diverging duct with a jet at inlet section may further increase heat transfer by creating recirculation zones inside the duct. In this work two-dimensional incompressible laminar flow of a nanofluid e...

Journal: :Sen'i Kikai Gakkaishi (Journal of the Textile Machinery Society of Japan) 1984

Journal: :PROCEEDINGS OF HYDRAULIC ENGINEERING 1990

Journal: :International Journal for Research in Applied Science and Engineering Technology 2018

Journal: :Journal of Hydrology and Hydromechanics 2009

Journal: :Journal of Fluid Mechanics 2021

Abstract

2012
Nengli Zhang David J. Chato John B. McQuillen J. Motil David F. Chao

In order to better understand the performance of screen channel liquid acquisition devices (LADs) in liquid oxygen (LOX), a computational fluid dynamics (CFD) simulation of LOX passing through a LAD screen channel was conducted. In the simulation, the screen is taken as a ‘porous jump’ where the pressure drop across the screen depends on the incoming velocity and is formulated by Δp = Av + Bv. ...

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