...B. V. Rathish Kumar; Chitranjan Pandey Purpose The purpose of this study is to derive a physics based complete-flux approximation scheme by solving suitable nonlinear boundary value problems (BVP) for finite volume method for mixed convection problems, to study the mixed convection phenomenon...

... differencing scheme Finite-volume method a_E = coefficient of the east neighbor; a_P = coefficient of the nodal point; a_W = coefficient of the west neighbor; C, D = positive constants; k_u...

... with the Re and the obstacle geometry. Hence, the values of vortex shedding frequencies are calculated in this work. Design/methodology/approach The dimensionless Navier–Stokes equations were numerically solved using the following numerical technique based on the finite volume method. The temporal...

...Fariborz Karimi Talkhoncheh; Hongtao Xu; Zhiyun Wang; Mo Yang; Yuwen Zhang Purpose – Unsteady simulation of forced convection of two heated horizontal cylinders confined in a 2D squared enclosure. The paper aims to discuss this issue. Design/methodology/approach – The finite-volume method...

... angle on the Nusselt‐Rayleigh correlation is weaker. © MCB UP Limited 1997 Angle of inclination Finite‐volume method Natural convection Square cavity The study of natural convection in enclosures has mainly been devoted to the classical Rayleigh‐Benard problem (hot bottom wall...

... features including induced shocks, upstream separations, and downstream primary and secondary vortices are adequately simulated. Transverse jet Supersonic flow Two‐species mixing Finite‐volume method INT. J. NUM. METH. HEAT FLUID FLOW, VOL. 6, NO. 5, 7 1-94 (1996) THREE-DIMENSIONAL COMPUTATIONS...