Experiments were performed, under transient conditions, to investigate the heat transfer
phenomena of stationary hot steel plate under multiple top circular jets on run-out table …

Differential equations play a vital role in the modeling of physical and engineering problems,
such as those in solid and fluid mechanics, viscoelasticity, biology, physics, and many other …

Experimental investigation has been conducted for quenching of hot cylindrical blocks made
of copper, brass and steel with initial block temperature 250–400° C by a subcooled water …

Heat flux measurement is essential in several industrial applications. While direct
measurement of heat flux is not a simple task and sometimes is not even possible …

Multilayered insulation composites are characterized by their light weight, low thermal
conductivity (TC), and good wave permeability and are widely used as heat-insulating …

A transition boiling on a high temperature solid beyond the Leidenfrost temperature is
characterized by a strong unstable heat transfer. This unstable one brings a rapid …

Analytical solutions to inverse heat conduction problems with a far-field boundary condition
are derived for one-and two-dimensional problems using a Laplace transform technique …

Maximum heat flux propagation characteristics during quenching of hot cylindrical blocks
with initial temperature 250–600° C have been investigated experimentally using a …

Quenching characteristics of a rotating hollow steel cylinder with 15 mm water jet having
flow rate of 6–10 L/min has been experimentally investigated. The jet with 60–80 K …

Experimental investigations of jet impingement quenching for three different cylindrical
blocks made of copper, brass and steel have been conducted with block initial temperature …