Sentence examples for in a binary alloy from inspiring English sources

Atomistic Monte-Carlo simulations of precipitation and B2 ordering in a binary alloy on a b.c.c.

We present three-dimensional phase-field simulations of the thickening of intermetallic compound (IMC) layers and their microstructural evolution during soldering and aging in a binary alloy system.

In this paper we formulate a boundary value problem for the microstructural evolution during a diffusional transformation in a binary alloy.

We propose a model based on a phase-field approach to study the effect of the solute drag on moving grain boundaries in a binary alloy system.

Both elements decreased the work for the formation of a bcc Cu nucleus from that in a binary alloy of the same Cu content.

A multiphase-field model for the description of coalescence in a binary alloy is solved numerically using adaptive finite elements with high aspect ratio.

The detailed solution of the moving boundary problem of an ellipsoidal precipitate growing with constant eccentricities in the quasi stationary mode has been presented in (Larouche, 2017) for a binary alloy.

The influence of capillarity on the near-plane front solidification of metal matrix composites is examined by analysis of the one-sided solidification of a binary alloy in a planar interstice of constant width in the limit of low Peclet number.

These examples include two- and three-dimensional solidification of a binary alloy in an undercooled melt, a study of planar/cellular/dendritic transition in the solidification of a Ni Cu alloy, and eutectic and peritectic solidification of an Fe C system.

We have developed fully resolved, two-dimensional, finite volume simulations of directional solidification of a binary alloy in a Hele-Shaw cell.

To demonstrate the approach, we solve for all ground states for a binary alloy in a 2D hexagonal lattice both with and without an interface, based on pairwise interactions.