▪ Abstract Casting of molten metals against a spinning wheel substrate is considered. Issues
of fluid mechanics divide between steady and unsteady behavior (stability). The previous …

Droplet freezing phenomenon widely exists in many fields, including aerospace, power
production, and cryopreservation, etc. Considering the effects of supercooling, gravity and …

The freezing process of a supercooled water droplet on a cold plate is studied theoretically
and experimentally. A novel model that considers both the supercooling effect on the …

Containerless solidification, in which the melt is confined by its own surface tension, is an
important technique by which very pure materials can be produced. The form of the solidified …

Most of the ice accretion on airframe is due to supercooled droplets in clouds which are
located at altitudes below 2400 m which aircrafts frequently have to pass during takeoff and …

Water droplet freezing is a common phenomenon in our daily life. In both natural scenarios
and industrial production, different surface inclinations bring distinctive deformation and …

Drops of liquid are placed on substrates having temperatures below the melting point of the
liquids (supercooling). All well-known stages of cooling and freezing (supercooling …

This review surveys and characterizes papers comprising various fields of heat transfer that
were published in the literature during 1994. It is intended to encompass the English …

The local temperature solution near the triple-phase line of a solidifying front, its melt, and a
surrounding inert phase was obtained analytically including all three phases and …

A high-order-accurate method for simulation of solidification is presented. The solidification
front is tracked using a triangular, Arbitrary-Lagrangian–Eulerian moving mesh, and a mesh …