The main aim of this paper is to investigate the effect of nozzle geometry on the flow and
heat transfer from a pulsed jet into a concave surface. Experiments have been carried out for …

Experimental and numerical investigations were carried out to analyze the flow and heat
transfer characteristics of an impinging jet on a concave surface at small jet-to-surface …

In this paper, analysis of the turbulent flow and heat transfer under pulsating jet impinging on
the asymmetrical concave surface has been performed. An asymmetric concave surface with …

In this study, a triangular guide rib (TGR) is designed with the aim of enhancing the heat
transfer rate by accelerating a jet impinging downward on an asymmetric concave surface …

Numerical simulations were performed to investigate the thermal and aerodynamic
characteristics of an annular jet impinging on a concave surface using the Realizable k-ε …

This paper presents and discusses results of a computational study of the flow field and heat
transfer characteristics for a turbulent slot jet of an Al 2 O 3–water nanofluid impinging …

The thermohydraulic and thermodynamic performance of porous jet impingement under
pressure drop effect has not yet been jointly published. Thus, the novelty of this work …

射流冲击作为一种高效的强化传热手段, 在飞机防冰系统等领域得到了广泛应用.
为研究表面温度分布对射流冲击对流换热性能的影响, 选择平板层流射流冲击 …

The main purpose of the current work is the analysis of the pulsating effect on the flow and
heat transfer from impinging jet on a concave surface. In this way, the heat flux of 2300 W/m2 …

This study has numerically investigated the flow field, heat transfer characteristics, and
entropy generation of a turbulent slot jet impinging on a curved surface with constant heat …