Spray–wall interaction is an important process encountered in a large number of existing
and emerging technologies and is the underlying phenomenon associated with spray …

This paper reviews recent advances in constitutive and friction data and models for
simulation of metal machining. Phenomenological and physically-based constitutive models …

The rapid development of high-power electronic, energy, and propulsion systems has led us
to the point where the performances of these systems are limited by their cooling capacities …

The efficiency, availability, and reliability of thermal management for various engineering
applications present a crucial challenge facing the designers and engineers. The rapid …

Heat transfer enhancement technologies play an important role in research and industrial
fields; thus, they have been widely applied to many applications as in refrigeration …

This paper presents the influence of the nitrogen fluid phase on the surface heat transfer
coefficient in cryogenic machining. A novel optical nitrogen phase sensor was developed for …

A mathematical model based on the finite element method and additivity rule has been
developed to predict temperature history and microstructural changes during cooling of …

Quench cooling of steel on the Run Out Table presents great complexity arising from the
high speed of the steel slabs and the violent nature and short time scale that characterize …

The experimental investigation of using a water based polymer additive to enhance the
spray cooling performance of hot steel plate, has been carried out in the current research …

The present study aims at investigating the boiling heat transfer aspect of water–TiO2 and
water-multi-walled carbon nanotubes (water–MWCNT) nanofluids based laminar jet cooling …