In this paper a brief review on application of nanofluids in heat exchangers has been
addressed. One of the barriers to increase the capacity of different industries is the lack of …

Nano-fluids are produced by combining one or more nano-particles in a base-fluid. Nano-
fluids, especially hybrid nano-fluids, have better thermal conductivities than simple liquids …

Convection heat transfer in cavities has attracted much attention from researchers. Many
kinds of nanofluids have exhibited non-Newtonian behavior and been employed as heat …

The paper presents an experimental investigation of a novel latent heat thermal energy
storage system. The new energy storage unit is a pillow plate type heat exchanger with multi …

For a long time, shell-and-tube heat exchangers have been the most common choice in the
industry. Despite some limitations, their main advantage is that they have been extensively …

The pillow plate heat exchanger is a promising and relatively new heat exchanger design
that enhances heat transfer by augmenting flow turbulence. This study focuses on further …

Determining the thermohydraulic characteristics in pillow-plate channels (PPCs) is
challenging due to their intricate structure. This work introduces novel geometric parameters …

Refrigeration systems in industrial food processing plants are large users of electric energy
and often show high peak power consumption. Cold thermal energy storage (CTES) …

An efficient and accurate method for optimizing capsule-type plate heat exchangers is
proposed in this paper. This method combines computational fluid dynamics simulation, a …

Upgrading the performance of the heat exchanger by ameliorating the thermal properties of
the working fluid can be achieved by mixing nano-sized solid particles with the base fluid …