In this paper a comprehensive review of heat transfer enhancement through microchannels
has been presented. Over the past few years due to multifunction, shrinking package size …

Numerical analysis of fluid flow and heat transfer in a trapezoidal microchannel was done
using finite volume method for the range of Reynolds number 96 to 720. Three-dimensional …

Enhancement of heat transfer in laminar air flow in narrow channels, whose walls are
provided with regularly spaced single-row inclined oval-trench dimples, is associated with …

There are many passive techniques of heat transfer enhancement; however, only a few of
them are capable of providing a reliable increase in a heat transfer rate exceeding an …

With the rapid development of microelectromechanical systems (MEMS) in IT industry, the
heat flux in microchannel has reached a high level which demands preferable cooling …

To improve the heat transfer performance of microchannels, a novel microchannel
embedded with connected grooves crossing two sidewalls and the bottom surface (type A) …

Книга написана ведущими учеными различных научных центров России,
объединенными в коллектив, который получил премию Правительства России в …

Potential of the combination of nanofluids and dimpled channels for possible heat transfer
enhancement has recently been demonstrated by Li et al.(2014)[36] in the context of small …

As an innovative type of structure, ridged dimples exhibit great potential for heat transfer
enhancement. In this study, the effects of ridged dimples on heat transfer, flow characteristics …

Performance evaluation of surface roughened compact channels for heat transfer
applications has been investigated using non-intrusive, real time laser-based interferometric …