Engineers at Cornell University have developed perforated, flexible panels modeled on fish gills that significantly improve heat transfer and chemical mixing in fluid environments. The work, led by ...

This work aims at analyzing the performance of a double-pipe heat exchanger (DPHE) using low concentrated (0.02–0.06 vol%) water, methanol, castor oil and silicon oil based Cu-MXene hybrid nanofluids.

There are two main strategies to enhance heat transfer: passive and active methods 1,2. Passive methods improve heat transfer without external power or input, typically by modifying the geometry or ...