Calculation of the Immiscibility Gap by ESTPHAD Method

Tamás Mende; András Roósz

doi:10.4028/www.scientific.net/MSF.659.423

Paper Titles

On the Relation between the Matensite Start Stress and the Temperature in Single Crystalline Cu-11.5wt%Al-5.0wt%Ni Shape Memory Alloy
p.399

Simulation of Phase Transformations Driven by Short Range Diffusion by Cellular Automaton
p.405

Dynamic Model of Rolling Mill’s Electro-Hydraulic Gap Adjustment System
p.411

Real-Time HIL Closed Loop System of Rolling Mill’s Electro-Hydraulic Gap Adjustment
p.417

Calculation of the Immiscibility Gap by ESTPHAD Method
p.423

Modelling of Normal Magnetization Curves of Soft Magnetic Alloys
p.429

Mathematical Modeling on Welding Phenomena
p.435

Diffusion of Carbon in the Centerline Region of Continuous Cast Slabs
p.441

Classification of Fullerene Isomers Using Local Topological Descriptors
p.447

HomeMaterials Science ForumMaterials Science Forum Vol. 659Calculation of the Immiscibility Gap by ESTPHAD...

Calculation of the Immiscibility Gap by ESTPHAD Method

Abstract:

By using the thermodynamic equations, the ESTPHAD (Estimation of Phase Diagrams) method developed by us has been made suitable for calculating the immiscibility gap of monotectic systems. 2 special parameters were introduced in the basic equation of ESTPHAD which ensure the description of the characteristics of monotectic curve on the basis of the boundary conditions created by us. By means of the monotectic ESTPHAD equation, the equations of separation temperatures of monotectic parts in the Zn-Bi and Al-Bi systems were calculated (with an accuracy of +/- 10K) on the basis of the reference data.