Hydraulic torque converters are prone to cavitation due to their high impeller rotational
speeds and their complex three-dimensional flow characteristics. Since the blades are the …

Cavitation is a transient phase transition process between liquid and vapour, and it often
occurs in machines using viscous fluids as working media owing to complex operating …

Viscous oils, which are media commonly used for fluid power transmission, are
characterized by high velocities, temperatures, and pressures when working in fluid …

Cavitation is a transient phase transition between liquid and vapor, and it often occurs in
fluid machinery, especially in a hydraulic torque converter that uses oil as the working …

Cavitation in a propeller causes erosion, accelerating corrosion, and tearing off blades in
severe cases. Despite the maintenance requirements caused by cavitation, few studies have …

The increase in power density of hydrodynamic torque converters (HTCs) leads to a sharp
rise in temperature within flow channels, affecting the reliability. In order to accurately predict …

The purpose of this paper is to study the mechanism and improve the prediction accuracy of
transient torque converter cavitation flow by the application of scale-resolving simulation …

Cavitation inside a torque converter induces noise, vibration and even failure, and these
effects have been disregarded in previous torque converter design processes. However …

In high-power impeller industries, valve-controlled liquid-filled hydrodynamic couplings are
widely used in the soft startup of heavy-duty scraper conveyors for mining. However, the …

Hydraulic torque converters (HTC) are widely used in automatic transmission. Conventional
HTC models mainly focus on physical properties. However, shifting into the transportation …