[HTML][HTML] Optimization of Thermo-Hydraulic Performance in Partially Copper-Foam-Filled Rectangular Channels: Experimental Insights on Foam Layer Configurations
K Al-Chlaihawi, M Hasan, A Ekaid - International Journal of Thermofluids, 2024 - Elsevier
This study presents experimental observations of the heat transfer coefficient and pressure
drop undergoing turbulent air flow through a copper metallic foam sample with a porosity of …
drop undergoing turbulent air flow through a copper metallic foam sample with a porosity of …
[PDF][PDF] Computational insights into the thermal performance enhancement of solar air heater channel through metal foam integration
K Al-Chlaihawi, MR Hasan, AL Kaied - Engineering and Technology Journal, 2024 - iasj.net
Energy plays a fundamental role in driving the survival and advancement of the human race.
The twenty-first century's economic expansion and societal progress are predominantly …
The twenty-first century's economic expansion and societal progress are predominantly …
Thermo‐flow behavior of air-channel heat exchanger with nonidentical baffle lengths: computational analysis
A Alwatban, A Aljabr - Journal of Thermal Analysis and Calorimetry, 2024 - Springer
Previous research assumed the same baffle size across a heat exchanger with two baffles
although the flow characteristics change along the channel. This present work suggests a …
although the flow characteristics change along the channel. This present work suggests a …
Numerical Investigation of Flow and Thermal Fields in Heat Exchanger with Two Porous Vertical Baffles.
A Alwatban - International Journal of Heat & Technology, 2024 - search.ebscohost.com
The turbulent airflow in a rectangular channel with two porous vertical baffles of 25%, 50%,
and 75% porosity is investigated using the finite volume method and Fluent software. The k-ε …
and 75% porosity is investigated using the finite volume method and Fluent software. The k-ε …