Nanofluids have captured the attention of scientists due to their superior thermophysical
properties compared to ordinary liquids. Consequently, nanofluids serve as suitable cooling …

Electroosmosis peristaltic flows find promising applications in electro-fluid thrusters in space
propulsion, polymer injection systems, ion exchange membrane designs, microbe fuel cells …

Background This study explores the use of tetra-hybrid nanoparticles consisting of gold,
silver, alumina, and titania nanocomposites dispersed in a non-Newtonian Casson fluid …

The purpose of the present study is to analyse the entropy generation for the hybrid
nanofluid mobilised by peristalsis. The hybrid nanoliquid is suspension of copper (Cu) and …

The recent research in hybrid nanomaterials brings multidisciplinary applications in
enhancing the heat transfer phenomenon, engineering applications, cooling systems …

Insertion of nanoparticles in ordinary materials to examine the performance of their improved
thermal abilities in the fluid flow is the hot topic of the present period of scientific research. In …

The design of enclosures is crucial in thermal engineering applications and technologies,
encompassing areas such as electronics, heat transfer devices, power reactors, heating …

This attempt is devoted to investigating the the effects of non linear mixed convection,
electroosmotic, Joule heating, Soret, gyrotactic micro-organisms and slip effects in …

The problem of turbulent vortices and vortex dynamics under the influence of ocean waves
is a subject of continuing research in the field of wave-current interaction. Thus, this study …

The thermal properties of nanofluids are crucial across various industries, particularly for
efficient heat dissipation, which is key to optimising performance. This study examines the …