This study investigates the coherence of turbulent fluctuations in a turbulent vertical natural
convection boundary layer immersed in a stably stratified medium (turbulent buoyancy …

This experimental study characterizes the effect of radius of curvature on heat transfer and
boundary layer regime transition from laminar to turbulent flow on vertical heated cylinders …

The mixed-convective heat transfer of slanted-pin fins on an inclined hot surface was studied
numerically under the laminar flow condition. The computational model was constructed …

Natural and mixed convections around heat sinks with inclined-pin fins had been studied for
various design parameters, showing that careful trade-off studies were necessary …

This paper presents a numerical study on the mixed convection heat transfer of slanted-pin
fins mounted on a vertical heated wall for the laminar flow regime, which is an extension of …

A computational fluid dynamics (CFD) validation experiment is conducted for convection
flow from a heated plate in buoyancy aided and opposed orientations. The design of the …

This study addresses the problem of unsteady free convection incompressible MHD fluid
flow past a semi-infinite vertical porous plate in the presence of a strong magnetic field …

ABSTRACT A numerical study of mixed natural and forced convective flow over a thin
vertical flat plate which has a uniform surface heat flux has been undertaken. Attention has …

A high fidelity object-oriented C++ solver was developed in OpenFOAM® for the solution of
low Mach number variable density Navier Stokes equations. Employing the Large Eddy …

The results of this project are best described by the papers and dissertations that resulted
from the work. They are included in their entirety in this document. They are:(1) Jeff Harris …