Rotation influences flows and transport processes in many engineering applications,
however, even in canonical flow cases, the effects of rotation are not fully understood. Here …

We numerically investigate Taylor–Couette flows within a system consisting of an elliptical
outer cylinder and a rotating inner circular cylinder, with particular emphasis on the behavior …

This study experimentally and numerically investigated the thermo-fluid dynamics of Taylor–
Couette flow with an axial temperature gradient from the chemical engineering perspective …

Skin-friction drag reduction (DR) in supersonic turbulent channel flows using streamwise
traveling waves of spanwise velocity (STWSV) has been studied using direct numerical …

We present a numerical analysis of the convective heat transfer coefficient for the turbulent
Taylor–Couette–Poiseuille flow in a concentric annular gap. The study utilizes rotational …

Heat transfer performance and power consumption of Taylor-Couette flow with helical slit
wall are analyzed. Slit number, width, and spacing are selected for multi-objective …

With the increasing demands of load capacity and dynamic response, a new generation of
gas foil bearings (GFBs), assembled from preloaded elastic multileaf foils, has been …

In aero–thermo–elastic analysis, aerodynamic foil bearings are one of the most
representative components that involve strong coupling among microscale shear flow …

Skin-friction drag reduction by axial oscillations of an inner cylinder is numerically
investigated at radius ratio (η= 0.5) using direct numerical simulation. In the present study, at …

Taylor-Couette flow between rotating cylinders is a classical problem in fluid mechanics and
has been extensively studied in the case of two concentric circular cylinders. There have …