Nanofluid is a special thermal transport medium that has recently received unprecedented
attention due to its improved heat transfer performance compared with conventional fluids …

Purpose This paper aims to report the results of numerical analysis of turbulent fluid flow and
forced-convection heat transfer in solar air channels with baffle-type attachments of various …

The problem under investigation contains a computational simulation of a specific heat
exchanger with complex geometry fins. The problem solved is potentially interesting for …

The purpose of the present computational fluid dynamic analysis is to investigate the
turbulent flow and heat transfer characteristics of air inside a constant temperature-surfaced …

We conducted a detailed analysis of the baffle design and its impact on the convective
phenomenon of heat transfer inside a solar air channel. Several differently shaped baffles …

The present work focuses on the study of an interesting topic from different points of view,
that is, theoretical, practical, and numerical modeling. This study aims to improve the heat …

Through this work, we performed a two-dimensional analysis of a constant property fluid (air)
flowing into a rectangular cross section channel with staggered cascaded rectangular …

This paper presents flow configurations and heat transfer characteristics in an isothermal
trapezoidal channel with staggered flat baffles. The fluid is considered, Newtonian …

Les parois d'échangeurs de chaleur peuvent être constituées par des plaques planes ou
ondulées, par des conduits cylindriques ou à section variable munies des chicanes de …