viscous flow
MHD Viscous Flow of Micropolar Fluids due to a Shrinking Sheet
... The MHD viscous flow of micropolar fluids due to a shrinking sheet has been studied numerically. The similarity transformations [12] have been used to reduce the governing differential equations to a system ...
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Unsteady viscous flow driven by the combined effects of peristalsis and electro osmosis
... unsteady viscous flow driven by the combined effects of peristalsis and electro-osmosis through ...the flow and decreases local wall shear ...
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Slow viscous flow over rectangular cavities
... Viscous flow near a sharp corner 17 2.1 Boundary conditions 17 2.2 Series solution of the biharmonic equation within 22 NUMERICAL SOLUTIONS 26 3.1 Closed cavity 26 3.2 Open cavity 40 3.3[r] ...
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Spectral Element Simulation of Rotating Particle in Viscous Flow
... Spectral element methods (SEM) are superior to general finite element methods (FEM) in achiev- ing high order accuracy through p-type refinement. Owing to orthogonal polynomials in both ex- pansion and test functions, ...
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The stochastic vortex simulation of an unsteady viscous flow in a multiconnected domain
... Vortex methods are powerful tools for the numerical analysis of unsteady viscous ows of incom- pressible uid. The key idea of these methods is to simulate directly the advection-diusion process of vorticity ...
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Transition modelling for viscous flow prediction.
... NDERSTANDING the process by which a laminar flow becomes turbulent provides perhaps the greatest technical challenge in aerodynamics. The transition process is complex and can occur through a number of mechanisms ...
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Slow viscous flow through regular arrays of cylinders and spheres
... Hasimoto 1959 used Fourier series to find solutions of the Stokes equations of motion for the two-dimensional flow past a square array of circular cylinders, and calculated the drag, F, [r] ...
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The discontinuous Galerkin method for the numerical simulation of compressible viscous flow
... In this paper we dealt with the discontinuous Galerkin method for the numerical solution of compressible viscous flow. The applicability of the proposed method was demonstrated on the example of interaction of ...
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Characteristics of Nanofluids over a Non Linearly Stretched Sheet under the Influence of Thermal Radiation and Magnetic Field
... To study these aspects, Keller-Box method is used and is known to be one of the best numerical methods included with mixed finite volume that considers the average of conservation laws and related constitutive laws [12]. ...
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Steady Flow In Pipes Of Rectangular Cross-Section In Magnetic Field
... steady flow in pipes of rectangular cross-section through porous ...free-surface flow about a submerged point ...steady viscous flow past a circular ...Steady viscous flow past a ...
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Slip flow of an optically thin radiating non-Gray couple stress fluid past a stretching sheet
... [12]). Flow of elastico-viscous fluid induced by a stretching sheet with slip has been presented by Ariel et ...of viscous flow due to a stretching sheet with surface slip and ...slip ...
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Adomian’s Decomposition Method to Squeezing Flow and Heat Transfer between two Parallel Disks with Velocity Slip and Temperature Jump
... [17], viscous flow due to a stretching sheet with surface slip and suction [18], boundary layer stagnation-point flow and heat transfer towards a shrinking sheet [19], MHD liquid flow and heat ...
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Experiments in ICF, materials science, and astrophysics
... the flow stress at these high plastic strain rates can be approximated as an effective lattice viscosity, then using the RT dispersion curve for viscous flow, we can fit the data, as shown in ...with ...
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Experimental Study of Free Energy of Activation of Flow and Grunberg-Nissan Parameters in Binary Liquid Mixtures
... Eyring [13] developed a simple theory of liquid. He suggested that the fundamental rate process for viscous flow in liquid is the migration of molecules from a lattice site into nearby hole from which it ...
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Multi-objective Optimization of Draft Tube in Francis Turbine Using DOE, RBF and NSGA-II
... mass flow rate using 3D viscous flow simulations, in which the geometrical parameters of the best performance from numerical simulation were close to height ...
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Viscous effects on the attenuation of a plane wave by an acoustic lining in shear flow
... the viscous models, while ...the viscous and inviscid results vary only slightly, as in the 2D ...the viscous and inviscid density plots start to change, with greater attenuation occurring in the ...
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Vol 3, No 6 (2012)
... The numerical values of the velocity and skin-friction are computed for different parameters like Magnetic field parameter, radiation parameter, Schmidt number, thermal Grashof number and mass Grashof number. The purpose ...
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Significance of Dirichlet Series Solution for a Boundary Value Problem
... Abstract: Dirichlet series is an exponential power series, introduced by P. G. L. Dirichlet a German mathematician. Using this power series, we study the boundary-layer equation of flow over a nonlinearly ...
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Viscous incompressible flow simulation using penalty finite element method
... cavity flow shown in Figure ...The flow in the cavity is driven by shear with upper wall moving from left to right and is characterized by single parameter ...
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Application of Hypothesis of Replacement at the Analysis of a Slow Flow of a Body by a Viscous Fluid
... a viscous fluid the way of a finding of resistance a slow flow by an incompressible fluid of bodies of the various form is ...a flow of various bodies is shown: a sphere, a cylinder, an oblong ...
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