… This study aims at experimentally and numerically evaluating the performance of fins with …
experimental investigation for the entire range of Reynolds numbers studied herein. Fig. 6, Fig. …

… analysis, more reliable and realistic 3D numerical models considering the radiative, convective
and conductive heat transfer … predicted results were validated with experiments. The best …

… The numerical and experimental study of heat transfer characteristics in … study, comparing
CFD simulation through a finite element … The enhancement of the heat transfer in this channel …

… are observed in the present investigation. Rib arrangement 1, … gives the highest heat transfer
enhancement. Arrangement 3, … Experimental investigation on heat-transfer enhancement …

… used and solved by using finite element method (FEM). The … The aim of the current study is
to analyze experimentally the … outlet temperature and convective heat transfer. The detailed …

… and heat transfer features through a wavy chamber via a 30 different cross-section cylinder.
A finite element method … 32 Experimental study on the influence of the aspect ratio of square …

… provided experimental research on pressured convection … 27.6% enhancement withinside
the convection heat transfer is observed… simulation (LBM) to simulate nanofluid glide and heat …

… They found that increasing the inclination angle and the enclosure aspect ratio conducts an
augmentation in the average heat exchange. Toward the end, they proved that a tilt angle of …

… The experimental study investigates the heat transfer enhancement over a range of Re
numbers 1000–4500 covering laminar, transient, and the beginning of the turbulent regime. …

… A maximum local heat transfer enhancement, at atmospheric pressure of 8.5 … research in
the field of heat transfer enhancement by employing EHD technique. Experimental studies were …