... convection Finite difference method Streamfunction Navier–Stokes equation Vorticity Ar = Aspect ratio (H/L); g = Gravitational force component; Gr = Grashof number; H = Height of enclosure; L = Length of enclosure; K_h = Placement height of fin from...

... principle, and the paradox is solved. Research limitations/implications – This paper focusses on incompressible viscose flows, and the theory can be extended to compressible one and other viscose flows. It is still difficult to obtain a variational formulation for Navier-Stokes equations...

... boundary are considered as a unified system. The effect of boundary on the flow field appears as a localized body force, which arises from the restoring force at the Lagrangian point. Navier‐Stokes equations with this body force are solved over the entire domain including both sides of the immersed object...

... and reactive scalar mixing fields over a range of operating conditions from the lean to the rich blow‐out limit. © MCB UP Limited 1999 Bluff‐body Combustion Navier‐Stokes equation Keywords Bluff‐body, Combustion, Navier‐Stokes equation Abstract A two dimensional time‐dependent Navier...

.... In the following, three methods are suggested to approximate the first order derivative and then generate the formulation to evaluate the functional value at the interface. Convection Crystal growth Navier‐Stokes equation Being a widely used commercial technique in producing large, single...

...Seong Ho Cho; Seung O. Park Computational procedures and results of an upwash jet arising from two opposing plane wall jets based on the Reynolds averaged Navier‐Stokes equations are discussed. For the calculation of the flow, a steady and an unsteady numerical approach were taken. For the steady...