The growing demand for clean water and energy has driven efforts to make use of lost
resources and energy in industrial processes. Conventional metal heat exchangers have …

This study presents a comprehensive numerical and experimental investigation to optimize
the thermal performance of microfluidic devices using MXene-based nanofluids. Four …

This research aims to numerically analyze the temperature distribution in a geometry
consisting of a rectangular cube piece and a cylindrical piece with different thermal …

Nanofluids in microchannels have been a promising possibility for electronic cooling uses
due to high heat removal rates and reduced energy consumption. This study conducts the …

Nanofluids are highly effective in optimizing thermal management in engineering systems.
The complex and multifaceted properties of nanofluids require in-depth exploration that …

The demand for efficient heat transfer in transitional flow systems, particularly in compact
heat exchangers, faces significant challenges due to the limitations of conventional fluids …

The growing demand for clean water and energy has driven efforts to make use of lost
resources and energy in industrial processes. Conventional metal heat exchangers have …