Heat transfer enhancement is an important matter of concern for energy conservation and
also beneficial from economic point of view. The use of passive devices like twisted tapes …

A hybrid method with a microfin tube and TiO 2/water nanofluid with various nanoparticles
concentration has been investigated experimentally. The objectives of this work are to …

In this numerical study, an attempt has been made to improve the thermal performance of
the flat-plate solar collector (FPSC) by inducing the swirl flow inside the tube by the …

Heat transfer is a naturally occurring phenomenon that can be greatly enhanced with the aid
of vortex generators (VG). Three-dimensional numerical simulations of longitudinal vortex …

Working fluid with higher thermal conductivity and tube with better fluid mixing are two
crucial elements for heat transfer enhancement in heat exchanger system. Hence, several …

A numerical study was undertaken for investigating the heat transfer enhancement in a tube
with the circular cross sectional rings. The rings were inserted near the tube wall. Five …

Hydrogen production from solar energy is one of the most candidates in near future.
Concentric tube heat exchangers have been used in concentrated solar power (CSP) plants …

The usage of wings or/and winglets vortex generators (VGs) could provide excellent heat
transfer performance with a minimal increase in pressure loss comparing with other VGs in a …

The main objective of this article is to increase the flow mixing within a tube; in this regard,
the helical tape with external inserts was developed and studied. CuO based nanofluids was …

In many applications, convective heat transfer enhancement is readily achieved by
generating streamwise vortices and coherent flow structures using Vortex Generators (VG's) …