Experimental investigation of cross flow and jet flow with different aluminum foam receivers

In this study, thermal analysis of metal foam materials in a rectangular channel with the combination of impingement fluid jet and cross flow was experimentally investigated. The heat transfer of heat transfer, cross flow and jet flow and metal foams in 5 PPI, 10 PPI foam and 20 PPI have been experimentally investigated. Different Reynolds numbers and channel numbers - jet hydraulic diameter (H/d) are examined for altitude. While designing this experimental setup, Solidworks program screening modeling has been done. As a result; View metal foams in different PPIs with cross and jet flow; Symposium was supervised. It has been determined that heat transfer increases with the increase of Re number, causing a significant increase in the local Nu number in the channel height.