The recent studies on thermal performance enhancement of the flat plate solar air collectors
are critically reviewed primarily regarding the absorber surface modifications, multiple …

Cognitive modelling is an interdisciplinary area of computer science that deals with
simulating human problem-solving and mental processing through a computerised model …

Solar air collectors (SAC) convert the available solar energy into useful thermal energy for
different heating applications such as drying, space heating, hot water etc. The study aims to …

A new design of Solar Air Heater (SAH) with spiral flow path is studied experimentally and
numerically. The spiral-shaped SAH performance is studied at various mass flow rates, inlet …

The objective of the present study is to explore the performance of air-based photovoltaic
thermal (PV/T) collector to generate both thermal and electrical energy. Outdoor tests are …

Partially covered photovoltaic thermal collector (PVT-C) unit has the capability of generating
high thermal energy/exergy and a meaningful electrical energy. This study is aimed to …

The main objective of the present study is to perform an in-depth exergetic analysis on a
downward solar air heater (SAHRR) in two configurations: one incorporating impinging air …

An experimental investigation into solar air collectors (SACs) was done in the atmospheric
conditions at RLJIT-Bangalore, Southern part of India. Three novel SACs were developed by …

This study presents energy and exergy characteristics of solar air collectors (SACs) having
two different absorber plates, namely flat (Model‐I) and trapezoidal (Model‐II) plates …

The performance of a solar air heater (SAH) is computationally investigated in this study
using COMSOL multiphysics software. The present study aims to enhance the performance …