Shifting from fossil oil-generated electrical power to green energy has been a topic of
greatest interest due to its huge negative impact on the environment and human well-being …

Drying via solar energy is an environmentally friendly and inexpensive process. For
controlled and bulk level drying, a greenhouse solar dryer is the most suitable controlled …

Nanofluids are known to have immense potential for heat transfer applications because of
their unique thermophysical properties when compared to the conventional heat transfer …

Abstract Machine learning models effectively forecast and improve engineering systems as
solar dryers, making them valuable replacements for traditional physics-based models. Also …

This article presents the performance of a low-cost, simple and sustainable natural
convection greenhouse dryer (NCGHD) for vermicelli drying. Vermicelli samples of diameter …

This study is aimed to model the temperature and mass of dried mint in a Quonset type of
Greenhouse Solar Dryer (GSD). The inputs including ambient air temperature (◦ C), ambient …

Solar drying is an efficient and economical way of drying of agricultural products as
compared to any conventional dryers, and also in solar dryers, the products are dried under …

Abstract Design of the collector in solar air collector dryer (SACD) system is very important
factor for high drying performance and the effective use of solar radiation. The main purpose …

In this study, the mass transfer, effective diffusion coefficient (D eff), activation energy (E a),
and drying efficiency values of the product dried in the solar food drying system were …

The utilization of molten salts in heat transfer applications, specifically within shell-and-tube
heat exchangers, has garnered significant attention for its potential in sustainable energy …