Sentence examples for by a quantitative phase-field from inspiring English sources
The peritectic reaction process in carbon steel, L + δ → γ, has been analyzed by a quantitative phase-field simulation.
The initial transient during directional solidification of an Al 4 wt.% Cu alloy was simulated by a quantitative phase-field model solved with the adaptive finite element method.
A quantitative phase-field model for two-phase solidification processes is developed based on the anti-trapping current approach with the free energy functional formulated to suppress the formation of an extra phase at the interface.
The evolution of the solid liquid interface morphology during the initial transient of directional solidification is investigated by quantitative phase-field numerical simulation during cooling down of an Al 4 wt.% Cu alloy growing in the preferred 〈1 0〉-directionon.
Quantitative phase-field modeling can play an important role in designing experiments to measure the grain boundary (GB) mobility.
To achieve this, the study used a two-phase, sequential exploratory mixed methods research that was initiated with a qualitative phase (Delphi technique), and followed by a quantitative phase (Analytic Hierarchy Process technique).
23 The exploratory sequential design is a two-phase design that starts with an initial qualitative phase, followed by a quantitative phase.
Specifically, the sequential exploratory design includes an initial qualitative phase followed by a quantitative phase, with the aim of developing an educational tool [ 52, 53].
Dissolution kinetics of γ′ particles in binary Ni Al alloys with different initial particle size distributions (PSD) is studied using a three-dimensional (3D) quantitative phase field model.
The analysis presented here paves the way for constructing quantitative phase field models for the irradiation-driven nucleation and growth of voids in crystalline solids by matching these models to a recently developed sharp interface theory.
Quantitative phase field simulations are then employed to investigate the effect of microstructural length scale on microstructure and texture evolution by stressed grain growth in an elastically deformed polycrystalline aggregate.
