...Zhipeng Ren; Deyou Li; Honglei Hao; Hongjie Wang; Jintao Liu; Yong Li On-orbit refueling and space circulation technologies involve the use of a space micropump to transport gas–liquid mixed fluids, which affects the gas–liquid mass transfer and dynamic behaviors. To predict dynamic mass transfer...

... the well-known Newton–Raphson method. The heat and mass transfer phenomenon drives the unstable interface toward stability. It is pointed out that the viscoelastic coefficient λ o influences the interface to be stable while the thickness of the viscoelastic fluid makes the interface unstable. Atwood...

... planar configuration power-law fluid instability heat transfer mass transfer University Grants Commission 10.13039/501100001501 Ref No.: 1274/(CSIR-UGC NET JUNE 2019) The Rayleigh–Taylor (RT) instability occurs in the scenario when a fluid of heavier density floats on top...

... 0.5267 0.6551 0.7738 0.9124 1.0038 1.0850 Sc = 20 0 0.4930 0.5855 0.6702 0.7702 0.8380 0.8997 In this work, the flow and mass transfer of an unsteady stagnation-point flow over a moving wall is studied, considering the coupled blowing effect from mass transfer. Similarity...

.../analytical models in the literature are one-dimensional models involving with many simplifying assumptions. These assumptions in most cases include neglecting some mechanisms of mass transfer in two-phase flows. This study is devoted to developing an analytical two-dimensional model for simulation of fluid...

...Dong-Hyeog Yoon; Kyung-Soo Yang; Klaus Bremhorst Characteristics of turbulent mass transfer around a rotating circular cylinder have been investigated by Direct Numerical Simulation. The concentration field was computed for three different cases of Schmidt number, Sc = 1, 10 and 100 at Re R * = 336...

...Bin Ji; Xianwu Luo; Xin Wang; Xiaoxing Peng; Yulin Wu; Hongyuan Xu The cavitating flows around a highly skewed model marine propeller in both uniform flow and wake flow have been simulated by applying a mass transfer cavitation model based on Rayleigh–Plesset equation and k - ω shear stress...

...Robert A. Leishear; Hector N. Guerrero; Michael L. Restivo; David J. Sherwood Mass transfer rates were measured in a large scale system, which is consisted of an 8.4 m tall by 0.76 m diameter column, containing one of the three fluids: water with an antifoam agent, water without an antifoam agent...

...T. E. Moschandreou; C. G. Ellis; D. Goldman An approximate-analytical solution method is presented for the problem of mass transfer in a rigid tube with pulsatile flow. For the case of constant wall concentration, it is shown that the generalized integral transform (GIT) method can be used...

..., the results of this work not only enrich the literature of condensation but also provide additional methods for saving thermal energy. 16 08 2008 10 04 2009 23 06 2009 film condensation film flow finite difference methods heat transfer iterative methods mass transfer slip flow...

... of their physical and engineering significance, micropumps form an active part among the development of MEMS. microfluidics viscous micropump slip flow low Reynolds number CFD flow simulation Knudsen flow mass transfer microfluidics micropumps Navier-Stokes equations numerical analysis slip...

.... , 1999 , “ Euler Numerical Simulation of Channel Flow With a Superimposed Vortex ,” Faculty of Aerospace Engineering, Delft University of Technology, The Netherlands, Technical Report No. FM&P-99.001. Twister , B. V. , http://www.twisterbv.com/ drops flow simulation mass transfer...

... 03 10 2008 02 12 2008 Boltzmann equation flow simulation mass transfer microchannel flow Navier-Stokes equations slip flow subsonic flow The progress in the fabrication technique during the past ten years lead to the miniaturization of many devices (micropumps, microvalves...

... that are advantageous compared to traditional packed beds or monoliths. Microfibrous materials have demonstrated enhanced heat and mass transfer compared to packed beds of particles of similar dimensions. In this paper, the simulations are used to predict the pressure drop per unit length through the materials...

... Instabilities of Turbomachines ,” J. Propul. Power 0748-4658 , 17 , pp. 893 – 899 . cavitation computational fluid dynamics flow instability flow simulation fluid oscillations mass transfer numerical analysis pumps rocket engines vortices CFD inducer vortex structure rotating...

... 2008 compressibility laminar flow mass transfer microchannel flow pipe flow slip flow corrugations roughness perturbation slip flow microtubes Fluid flow in microchannels has emerged as an important research area. This has been motivated by their various applications...

... Processes Between a River and Its Groyne Fields: Model Experiments ,” J. Hydraul. Eng. 0733-9429 10.1061/(ASCE)0733-9429(2001)127:11(928) , 127 , pp. 928 – 936 . cavitation channel flow external flows flow simulation mass transfer turbulence vortices open cavity detached eddy...

... to design a manifold capable of producing a uniform mass flowrate through all of its ports. 13 03 2006 05 10 2006 confined flow manifolds conservation laws flow simulation plates (structures) mass transfer numerical analysis Despite the fact that manifolds have been...

...Ramin K. Rahmani; Anahita Ayasoufi; Theo G. Keith The use of in-line static mixers has been widely advocated for an important variety of applications, such as continuous mixing, heat and mass transfer processes, and chemical reactions. This paper extends previous studies by the authors...

...Jong-Yeon Hwang; Kyung-Soo Yang; Klaus Bremhorst Turbulent flow around a rotating circular cylinder has numerous applications including wall shear stress and mass-transfer measurement related to the corrosion studies. It is also of interest in the context of flow over convex surfaces where standard...