Use of electronics requires improved thermal packaging and management, and the
development of efficient cooling techniques for them is a key application of microscale heat …

Transient conjugate heat transfer of a hydrodynamically developed and thermally
developing laminar flow in a circular microchannel is investigated considering the effects of …

In this study, the conjugate heat transfer in a microchannel under four sidewalls (left, right,
top, and bottom wall facing upstream) heating conditions is investigated experimentally and …

This study investigated a numerical study of fluid flow and heat transfer in micro channel with
four heat sources that located on upper and lower walls. Four heat sources are located in …

An integral transforms analysis is undertaken for conjugated heat transfer in circular
microchannels with laminar gaseous flow in the slip flow regime. The solution methodology …

In the present study, conjugate heat transfer of nanofluid in a wide microchannel with thick
wall, by considering the velocity slip and temperature jump on the fluid–solid interface and …

The heat transfer characteristics of the thermally developing flow in the circular and parallel
plates microchannels under the constant wall temperature and the constant heat flux are …

This paper investigates the effects of viscous dissipation, pressure work, shear work,
rarefaction and axial heat diffusion on convective heat transfer in a microtube gaseous flow …

The present study investigates the effect of temperature jump boundary condition on
conjugate heat transfer in parallel plate micro channel heat sink. A new method for coupling …

Convective heat transfer in a parallel plate microchannel gas flow is investigated analytically
and numerically, considering the effects of viscous dissipation, pressure work, shear work …