Understanding the influence of angular orientation on mixed convection heat transfer and pressure drop in circular tubes with swirl generators is crucial for optimizing thermal performance in various engineering applications, ...

The study involves computationally using different configurations of the minichannel to enhance the heat transfer capacity and reduce the battery surface temperature allowing for its safe operation and longevity. Using ...

The Kyoto and Montreal Protocols emphasized the necessity of replacing hydrochlorofluorocarbons and chlorofluorocarbons because of their detrimental effects on the ozone layer in the atmosphere, which shields the planet ...

Solar air heaters (SAHs) are widely employed in applications that demand low to moderate temperature thermal energy, such as space heating in residential and commercial buildings, agricultural crop drying, and various ...

The problem of double-diffusive convection is investigated by considering the MHD effect on non-Newtonian Williamson fluid flowing over a porous medium. The nature of fluid flow and the amount of heat and mass transfer are ...

Extensive use of polymers has been found in the manufacturing and production of high-quality microfluidic devices with the advent of modern machining technologies. To use the appropriate material for specific purpose, ...

The rapid advancement of high-density electronic devices and data centres has heightened the demand for effective thermal management solutions capable of handling elevated heat fluxes within compact domains. Conventional ...

Many situations involve flowing fluids on nonstationary platforms. For example, moving vehicles undergo vibrations in their transit. The effect of vibration on heat exchangers with nanofluids as working fluids has not been ...

Effective thermal management in electric vehicle (EV) battery systems remains a critical challenge, especially under high-load operations where heat accumulation can impair performance and safety. Despite recent advancements, ...

The upgrading of existing systems in industries, along with the limited space for modern equipment, often requires engineers to arrange thermal systems in inclined or vertical positions. Changing the orientation of heat ...