PanPhaseDiagram Examples

Example 1.1: Al-Mg Binary Phase Diagram

Example 1.2: Phase Fraction as a Function of Composition

Example 1.3: Phase Fraction as a Function of Temperature

Example 1.4: Point Calculation at Fixed Temperature and Composition

Example 1.5: Isotherm of Al-Mg-Zn at 500°C

Example 1.6: Isopleth of Al-Mg-Zn at 15 at% Zn

Example 1.7: Liquidus Projection of Al-Mg-Zn

Example 1.8: Solidification Simulation by Scheil Model and Lever Rule

Example 1.9: Calculation of Gibbs Energy Curves

Example 1.10: Calculation of Activity at Constant Temperature

Example 1.11: Calculation of Activity at Constant Composition

Example 1.12: Calculation of Molar Volume and Density at Fixed Temperature

Example 1.13: Calculation of Molar Volume and Density at Fixed Composition

Example 1.14: Density Contour Diagram

Example 1.15: Activity Contour Diagram

Example 1.16: Pressure Contour Diagram

Example 1.17: 3D Diagram

Example 1.18: Temperature-Pressure Diagram

Example 1.19: Phase Fraction Contour Diagram for Ti64

Example 1.20: Phase Forming Driving Force in High Entropy Alloys

Example 1.21: User-defined Property

Example 1.22: Run Pandat in Console Mode

Example 1.23: High Throughput Calculation (HTC): Pattern Compositions

Example 1.24: High Throughput Calculation (HTC): Random Compositions

Example 1.25: Friction-stir elding between AA5454 Al lloy and AZ91 Mg lloy

Example 1.26: Calculation of Open Circuit Voltage (OCV) under Equilibrium Condition

Example 1.27: Para-equilibrium Phase Diagram

Example 1.28: Calculation of T0 curve

Example 1.29: Material to Material Calculation: Friction-stir welding between AA5454 Al alloy and AZ91 Mg alloy 

Example 1.30: Thermal Conductivity Property Calculation

Example 1.31: Calculation of Martensite Start Temperature in a 2D Isopleth

Example 1.32: Calculation of Martensite Start Temperature of an Alloy

Example 1.33: Quickly calculate the liquidus and solidus temperatures of an alloy

Example 1.34: Quickly calculate the liquidus and solidus temperatures for a series of alloys