/ThermoCalc-macro

Macro files for ThermoCalc, used for computational material thermodynamics

Primary LanguageMATLAB

ThermoCalc Macros

As part of the course titled "Computational Materials Science" (MM6010) taken by Prof. K C Hari Kumar

Assignment 1

Plot the lattice stability of hcp, fcc and liquid iron with respect to its bcc allotropic form. You may use PURE database from SGTE. – 5 marks (Due date: 17-02-2016)

Assignment 2

Plot the magnetic contribution to Gibbs energy of bcc iron as a function of temperature (300-1800 K) at 1 bar. Report enthalpy, entropy, heat capacity and Gibbs energy due to magnetic ordering of bcc iron at 400 K. What would be the most stable phase of iron at 400 K if it was not ferromagnetic? – 10 marks (Due date: 09-03-2016)

Assignment 3

Assignment 4

Assignment 5

Unary System

Magnetic contribution to Gibbs energy

Lattice-stability Diagram

Binary System

Ortho Equilibrium Phase Diagram

same as Equilibrium Phase Diagram

Para Equilibrium Phase Diagram

Ternary System

Liquidus Projection

AlMgSi system is modelled

ADVANCED_OPTIONS in POLY_3 module is used initially. Traditional method of using CHANGE_STATUS is also shown.

Solidification Path

Quasi Binary Phase Diagram

Psuedo Binary Phase Diagram

Gas

Kellog's (or Predominance Area) Diagram