With the increasing high heat transfer requirement of modern industry, it is still an important
issue that how to improve the thermal performance of heat exchangers efficiently. The …

The present study explored the effects of hybrid nanofluids, composed of water-based
nanoparticles in various shapes (MWCNT-cylindrical, Al 2 O 3-blade, Graphene-platelet …

In this research, an effort has been made to design and construct a heat exchanger that
enables the transfer of heat across three different fluids. This heat exchanger is made up of …

In the present article, the thermal and hydrodynamic characteristics of a new design heat
exchanger called a triple spirally coiled tube heat exchanger (TSCTHE) are experimentally …

The performance characteristics of a triple conically tube heat exchanger (TCTHE) are
experimentally and numerically conducted. The new design developed by addition a new …

The present investigations theoretically explored MXene-based dissimilar-shaped
nanoparticle (CuO spherical, MWCNT cylindrical, Al2O3 blade, graphene platelet, and …

This book consists of peer-reviewed proceedings from the International Conference on
Innovations in Mechanical Engineering (ICIME 2020). The contents cover latest research in …

The current research proposes a numerical investigation in the triple tubular concentric heat
exchanger (TTCHE). Numerical validations of the TTCHE's performance in parallel flow are …

The thermal performance of the trio tube with a dual thermal communication surface heat
exchanger (TTH Xr) is analyzed experimentally under the steady-state conditions. Water …

Triple concentric-tube heat exchangers are used widely in refrigeration, drying, energy
storage, chemical systems, and the food industry. To handle excessive temperature …