Heat pipes are highly effective compact heat exchanger systems used in wide areas of
thermal devices. Previously, conventional working fluids have been used in heat pipes for …

This paper introduces three paramount factors ie viscosity, thermal conductivity and stability
that affect the application of mono and hybrid nanofluids in heat pipes. The applications of …

The prime objective of the present experimental work is to evaluate the impact of
ultrasonication time and surfactants on the optical characteristics (transmittance and …

It is critical to accurately predict the heat transfer performance of heat pipes with nanofluids
for the design of the thermal management system. The current prediction models for the …

Magneto-free convective of hybrid nanofluid with an inner adiabatically rotating cylinder and
a hot side wall was analyzed in a non-Darcy-permeable cavity. The Darcy-Forchheimer …

The influence of the heat pipe orientation and the working fluid type of the screen mesh wick
heat pipe was investigated experimentally. A hybrid nanofluid using three proposals for …

Microbial fuel cells (MFCs) rely on the capacity of electrode-adhered electroactive bacteria
to oxidize organic matter and generate electrons. Typical MFCs are highly engineered …

This study investigates the influence of different CuO mass ratios, Darvan CN surfactant
ratios, and ultrasonication times on the stability of CuO/water nanofluids. Various CuO mass …

With the increased power demand, the effort on the efficiency improvement of the existing
renewable systems is also increased. One of the available options is the Solar PV-T …

In this work, ultrasound-assisted synthesis of TiO2 nanoparticles in a water-in-oil emulsion in
a minireactor has been introduced. For this, a lab-scale ultrasound-assisted minireactor …