Sentence examples for rate of solidification from inspiring English sources

This factor influences the homogeneity as well as the rate of solidification of the alloy and consequently the microstructure and properties of the deposit.

The effect of the thermodynamic enthalpy of mixing of the elemental powders on the microstructural development and rate of solidification in the alloy has been discussed in this paper.

The concentration field in the liquid, solid and mushy phases, as well as the rate of solidification and mushy layer thickness are found analytically as functions of all thermophysical parameters.

This model was developed by considering the effect of cooling rate on solidification and distribution of porosity in Al Si alloys cast as plates in moulds made with silica, ilmenite or zirconia sand cores or steel chills facing the major plate faces.

The data of the present study allowed the establishment of a non-equilibrium phase diagram which shows ranges of existence of phases as a function of the cooling rate on solidification the quiescent liquid and the concentration on 1-butene co-units.

The morphology of eutectic Si after casting is given by the mean temperature gradient in the melt during solidification and the growth rate of the solidification front [4].

Diffusion of elements from the parent alloy into the liquid interlayer has a significant effect on the rate of isothermal solidification when using Ni P interlayers.

The rate of progress of solidification is thus related to the rate of heat extraction, the transport of heat due to the relative liquid flow with respect to the solid, and the enthalpy of dissolution of the solid in the liquid.

The prediction of temperature variation and rate of melting or solidification may be found useful especially for designing such TES devices.

The effects of solidification rate on the shape of a pore, resulting from a bubble entrapped by a solidification front, are investigated in this study.

This is illustrated for an Al 7 wt.% Si alloy by computing the stable range of primary array spacing and the history-dependent dynamic selection of this spacing following an abrupt change of solidification rate or of sample cross-section.