Result Quantities: Property Model Abbreviations

When selecting quantities on the Plot Renderer or Table Renderer, the quantity names include an abbreviated name for the Property Model it is associated to. This is useful in particular when you are calculating two or more Property Models that share names for the quantities. The short name identifying the specific Property Model is included in parentheses after the name of the quantity. Below are the full and abbreviated names for each Property Model.

This is not applicable to the Equilibrium Property Model.

An example of the short names included in parentheses for the Driving Force and Interfacial Energy Property Model quantities. This is from example PM_G_03.

Full Name

Abbreviation

Model Library

Columnar to Equiaxed Transition (CET)

Col. Eq. Trans. General
Coarsening Coarsening General
Crack Susceptibility Coefficient Crack Susc. Coeff. General
Driving Force Driv. Force General
Equilibrium with Freeze-in Temperature Eq. Freeze-in Temp. General
Interfacial Energy Int. En. General
Liquid and Solidus Temperature Liq. & Sol. Temp General
Phase Transition Phase Trans. General
Scheil Scheil General
Spinodal Spinodal General
T-Zero Temperature T-Zero Temp. General
Yield Strength Yield Strength General
Antiphase Boundary Energy Ant. Bound En. - Ni Nickel
Coarsening Nickel Coars. -Ni Nickel
Equilibrium with Freeze-in Temperature Nickel Eq. Freeze-in Temp. - Ni Nickel
Solvus for Ordered Phase Solv. Ord. Phase - Ni Nickel
Strain-Age Cracking Strain-Age Crack. - Ni Nickel
Optical Properties Opt.Prop.- Noble Noble Metal Alloys
Bainite Bainite Steel
CCT Diagram CCT Diagr. Steel
Critical Transformation Temperatures Crti. Transf. Temp. Steel
Ferrite Ferrite Steel
Martensite Fractions Mart. Fract. Steel
Martensite Temperatures Mart. Temp. Steel
Martensitic Steel Strength Mart. Steel Strength Steel
Pearlite Pearlite Steel
TTT Diagram TTT Diagr. Steel
Alloy Strength - Ti All. Strength - Ti Titanium
Martensite Temperatures - Ti Mart. Temp. - Ti Titanium