fluid flow 
Chebyshev spectralfinite element method for incompressible fluid flow


In this paper, a singularly perturbed problem for the stable fluid flow is considered.


Based on the theory of fluid flow, two matched particle patterns were extracted from particle images in the DMV method.


The compressible and oscillating fluid flow and heat transfer phenomenon in the pulse tube were numerically investigated using a selfdeveloped code.


The hydrocyclone model (uniform helical flow in a cone) assumed by the present author in [1] only approximately reflects the specific nature of the fluid flow within this device.


Unsteady incompressible fluid flow past a cascade of thin curved plates


Development of threelayer fluid flow in a flat tube


Calculation of threedimensional fluid flow in a radialaxial turbine


Several studies have been made concerning the calculation of threedimensional fluid flow in turbomachines [19, 11].


Equalizing plane incompressible fluid flow through a rotating circular lattice of thin curved profiles with radial direction at


Heat transfer in threelayer fluid flow in a plane channel


We consider the problem of steady incompressible viscous fluid flow about a rotating sphere, with the flow specified on a sphere of finite radius, which reduces to the solution of the complete NavierStokes equations.


We present a technique for calculating the temperature field in the vicinity of a cylinder in a viscous incompressible fluid flow under given conditions for the heat flux or the cylinder surface temperature.


An exact solution is obtained for the problem of conducting fluid flow in a tube of arbitrary section in an inhomogeneous magnetic field.


Cascade of arbitrary vibrating profiles in incompressible fluid flow


Correlation of experimental data on the pulsation velocity intensity for turbulent fluid flow in channels of different form


An analysis is made of experimental data on the intensity of the velocity pulsations in turbulent fluid flow in channels of different shape.


Incompressible fluid flow past a circular cylinder with linear relation between the vorticity and the stream function


Incompressible fluid flow with a linear relationship between the vorticity and the stream function past a circular cylinder is studied.


Plane incompressible fluid flow past an array of arbitrary profiles vibrating with arbitrary phase shift

