Nanofluids have emerged as powerful instruments in heat transfer applications due to their
improved thermophysical properties. Additionally, many heat transfer equipments are started …

The essential intention of the existing article is to illustrate the effect of wall properties on
flow and thermal behavior, through a sinusoidal inclined wavy pipe. To succeed this …

The objective of this research study is to enhance the performance of a flat plate collector by
using various cooling fluids, as an increase in solar panel temperature can decrease its …

The effectiveness of solar collector using conical strip inserts with Al2O3/Deionized (DI)
water nanofluids is presented in this paper. The experiments were conducted under various …

This research focuses on the evaluation of the potential of conical strip inserts in absorber
tube. Results of these experiment help in enhancing the heat transfer, friction, and thermal …

This study investigated an Al2O3 nanofluid water-based tube heat exchanger fitted with a
corrugated copper tube under laminar flow conditions. This study is carried out to observe …

We report the one-pot synthesis of an aqueous nanofluid (NF) with improved thermal
conductivity and with high colloidal stability. The thermal conductivity showed an increase of …

ABSTRACT A parallel flow heat exchanger containing conical sectional inserts with three
different pitch ratio (ie, 1, 2, and 3) in a different orientation to the flow direction of the …

Hybrid thermal systems offer advantages over conventional systems because of their
versatility. This paper discusses a hybrid solar panel/dryer that integrates a typical solar …

This research paper investigates the operational effectiveness of a new hybrid solar
collector in hot and humid weather conditions. It examines the performance disparity …