The double-wall cooling as one of the most important cooling techniques of the hot-end
components of aero-engine, the heat transfer performance of double-wall cooling structure …

The current work represents the numerical analysis of heat transfer between single and
three inline circular jets impinging on an orthogonally flat moving surface. The analysis is …

The secondary vortex structure of an impingement jet system is enhanced by V-ribs on both
the impingement and target plates. Numerical and experimental investigations are …

采用稳态热敏液晶技术对双层壁冷却结构中的多排(包括顺排和叉排) 射流冲击冷却结构进行了
风洞实验, 同时结合数值模拟的方法, 对两种射流冲击冷却结构的传热和流阻特性的差异进行了 …

Thermal control of electronic components is a continuously emerging problem as power
loads keep increasing. To solve these thermal problems impinging jets are generally used in …

The experimental and numerical studies of eight circular air jets emerging from a piccolo
tube and impinging over a long heated target cylinder of diameter (D), have been presented …

The effects of varying jet diameter on cooling performance of single row jet impingement are
numerically studied in dealing with the negative effect of cross flow in a semicircular target …

The development of integrally cast turbine airfoils allows the production of narrow
impingement channels in a double-wall configuration, where the coolant is practically …

This combined experimental and numerical study focuses on impingement jet cooling in
combination with detached rib turbulators on a flat target for turbomachinery applications …

This paper numerically investigates the effects of the film cooling hole diameter and the film
cooling hole location on the impingement/effusion cooling performance inside a concave …