Multiple jet impingement is widely implemented in several industrial processes. The efficacy
of this convective process depends on various parameters from the geometrical variables of …

The objective of this research is to analyse the heat transfer characteristics of air/nanofluid
jet cooling flow on a hot circular rotating disk and track the possible fate of nanoparticles …

The two-phase flow and heat transfer characteristics of a free liquid jet impinging on a
heated rotating disk are investigated by the CFD method. Numerical simulations are …

In this paper, to study the effect of dynamic and static interference of clearance flow in fluid
machinery caused by changes in rotational speed, the model was simplified to a rotor-stator …

Investigations have been conducted into turbulent impinging jets but the exact flow
dynamics and mechanisms leading to the observed heat transfer distributions at the …

A study of an unsubmerged jet impinging on a heated rotating disk is conducted to
investigate the multi-phase flow dynamics and heat transfer characteristics. The effects of …

Investigating the flow characteristics in the cavity by changing the rotor profile of the rotor-
stator system is of considerable significance, this paper simplifies clearance flow to rotor …

In this study, the performance of seven turbulence models for the prediction of the flow and
heat transfer in forced convection of jets and air streams impinging on a disk in different …

In this paper, the new idea of application of a curved rotor disk in rotor stator systems is
presented and analyzed by using the large eddy simulation technique. The geometry of the …

The proposed work focuses on the in-depth study of convective heat transfer in the
unconfined air gap of a discoidal rotor-stator system. The rotary cooling mechanism is …