The industries utilize fluid heating and cooling in various applications such as production,
power generation, electronics, and transportation. Many techniques have been …

Recently, solar energy technologies have been advanced as they have the potential to
replace fossil fuels in electricity generation. However, overheating and poor heat transfer …

The current work involves an experimental investigation of a modified v-corrugated absorber
plate to get a better performance of the Solar Air Heater (SAH) collector. The thermal …

This study investigates the influence of different functional parameters of V-SP blocks on
flow characteristics and heat enhancement in a rectangular duct via experimental analysis …

Channel flow with baffles is a multifaceted phenomenon with wide-ranging applications. It
plays a crucial role in enhancing mixing, heat transfer, and other fluid dynamics processes …

The influence of the attack angle (α a) of the perforated baffles on thermohydraulic
performance η p of a solar thermal collector (STC) has been investigated experimentally …

In this research work, a solar air heater with double pass (SAHD) configuration having
different porous mediums on its absorber plate is experimentally investigated. The stone …

The present study describes the optimization of the spacer length parameter of perforated
delta-shaped winglets (PDWs) imposed on the absorber plate of the solar air heater (SAH) …

The thermal enhancement characteristics of a solar thermal collector (STC) roughened with
single arc protrusion ribs are investigated. Out of various techniques used for enhancing the …

The present work shows the impact of jet shapes and absorber plate spacing on the
performance of heat transfer and pressure drop in solar air collectors experimentally …