Sentence examples for pressure melting from inspiring English sources

In addition to plastic deformation within a moving glacier, the glacier itself may slide over its bed by mechanisms involving pressure melting and refreezing and accelerated plastic flow around obstacles.

FeSi has a temperature of congruent melting of 1410°C at 1 atm (Lacaze and Sundman [1991]), but to our knowledge its high pressure melting is unknown.

The strength criterion could well reflect the nonlinear strength characteristic of frozen soil under the influence of pressure melting and crushing phenomena.

Cutting heat generated during rotary drilling easily melts warm ice, which has a temperature that is nearly close to or even reaches its pressure melting point.

The model thus has the ability to predict ice thickness, the distribution of areas at pressure melting point and basal velocities.

Work in both modern and ancient environments has revealed that subglacial processes such as basal sliding and subglacial sediment deformation can remain active at temperatures below the pressure melting point due to the persistence of premelted liquid water.

When a raindrop or a bug hits the coating, which is intended to be applied once a year, the pressure melts the surface molecules for an instant, causing anything on the surface to slip away, Dr. Rickert said.

It appears as a versatile process to manufacture different particle sizes according to the processing parameters (gas pressure, melt nozzle diameter, De Laval nozzle diameter, etc.).

Using the orthogonal experiment method (Taguchi method) and numerical simulation, the influence of different process parameters (injection rate, injection pressure, melt temperature, metering size and part thickness) on the molding process for ultra-thin wall plastic parts is discussed.

The effect of processing conditions on the development of shrinkage in LGP moldings of both PCs was ranked from most to least: the packing pressure, melt temperature, mold temperature, injection speed and packing time.

Six parameters that influence flow and cross-flow shrinkage such as injection pressure, melt temperature, mold temperature, holding pressure, cooling time and holding time were selected as variables and two hybrid biocomposites were used with different content of sisal (SF) and glass fiber (GF); SF20GF10 and SF10GF20.