... enclosure geometry and coupled temperature–concentration gradients on thermosolutal transfer enhancement in confined domains relevant to advanced thermal management systems. Design/methodology/approach The dimensionless governing equations describing momentum, energy and species transport are formulated...

... 19 01 2025 11 03 2025 13 04 2025 © Emerald Publishing Limited 2025 Emerald Publishing Limited Licensed re-use rights only Natural convection Lattice Boltzmann method Nanofluids Thermal management Complex cavity Natural convection inside cavities refers to heat...

...Naga Ramesh Korasikha; Karthikeya Sharma T; Amba Prasad Rao G Purpose The purpose of the paper is to develop an efficient thermal management system, which effectively dissipate the heat generated from the electronic devices. The present paper focuses at the modeling of microchannel heat sinks...

... segmented heating, magnetic fields and hybrid nanofluid in a porous flow domain, addressing existing research gaps. The findings provide valuable insights for enhancing thermal performance, and controlling heat transfer locally, and have implications for medical treatments, thermal management systems...

...Hakan F. Oztop; Rıdvan Özgül; Fatih Selimefendigil Purpose The purpose of this paper is to analyze the performance of a data center and thermal management by using phase change material (PCM). Numerical studies were conducted for two dimensional model of data center and installation of PCM...

.... Design/methodology/approach This study investigates a novel electrohydrodynamic (EHD)-based heat sink for thermal management of electronic devices and thermal systems. The significant part of designing an EHD heat sink is the arrangement of the electrodes. A numerical simulation is performed for a heat...

... and energy balance equations) for the steady two-dimensional natural convection flow may be written in terms of the following dimensionless variables and numbers: Nusselt number Curved surfaces Heatlines Rayleigh-Benard heating Streamlines Thermal management (1) X = x L...