To reveal the influence of nanoparticle shapes on thermal transport performance of
nanofluid convective boiling flow in minichannel, nanofluid forced flow coupled with gas …

In order to reveal the influence of nanoparticle shape on heat transfer in nanofluid nucleate
boiling process, a three-dimensional numerical investigation of nanofluid thermocapillary …

In view of the fact that thermocapillary convection is an important heat transfer mechanism in
nucleate boiling, and nanofluids is used to be heat transfer medium extensively. The present …

Active cooling of thermoelectric generators (TEGs) is problematic since mechanical devices
such as pumps and fans draw a high proportion of the limited power generated. Increasing …

For exploration of the comprehensive heat transfer performance of nanofluid convective
boiling flow in minichannel, nanofluid forced flow coupled with thermocapillary convection …

Small water droplets or particles located at an oil meniscus typically climb the meniscus due
to unbalanced capillary forces. Here, we introduce a size-dependent reversal of this …

Foam flooding is an important pathway for enhanced oil recovery. However, the evaluation
of foam properties is usually carried out in free space, which can not accurately reflect the …

Buoyant-thermocapillary convection is an important heat transfer mechanism in nucleate
boiling and nanofluids has been used as heat transfer medium extensively, so it is …

An in-depth numerical investigation was conducted to explore the impact of the Marangoni
effect around a surface bubble on the heat transfer performance in a microchannel. By …

This study conducts a numerical exploration into the effect of bubble morphology and
distribution on heat transfer performance through thermal Marangoni flow in a microchannel …