More efficient cooling systems are an enabler for the increase in power density in an electric
traction motor. Contemplating to existing reviews, this article presents a comprehensive …

Boiling of dielectric liquids on structured surfaces is a powerful option for thermal
management of electronic devices, whose cooling performance depends strongly on liquid …

The jet form is closely related to the cooling strength and uniformity of steel tubes, which is
the first consideration in the design of quenching equipment. A reasonable choice of jet form …

The architecture of aeroengine air-cooling system channels is notably intricate, with
impingement heat transfer standing out as a critical process amidst the complexity. This …

A thermal analysis of an interior permanent magnet machine using a lumped parameter
model is presented, with the objective to evaluate several rotor cooling techniques for …

A liquid jet impinging on stationary and rotating superhydrophobic and hydrophilic convex
surfaces is experimentally investigated. The effects of the rotation and wettability of the …

A numerical study using the conjugate heat transfer approach has been performed to
investigate the effects of boundary heat flux, conduction effect, and working fluid on the …

Flywheel energy storage systems (FESS) have garnered a lot of attention because of their
large energy storage and transient response capability. Due to the limited space and …

The laminar two-phase flow associated with the liquid cooling of the end-windings of an
electric machine by oil jets is investigated by means of 3D simulations using the Volume of …

This study investigates the dynamic thermal response of a jet evaporator under short-term
thermal excitation in a mechanically pumped two-phase loop (MPTL) with a special focus on …