2026 Newsletter
PanLink provides real-time thermodynamic, kinetic,
and thermal-physical properties
Ensuring high-fidelity prediction of melt-pool geometry,
temperature profile, and microstructural evolution
Thermodynamic Modeler and Results Analyst
PanLink Simulation Engine: performs efficient,
reusable phase-equilibrium and property calculations
Courtesy of Quanliang Liu and Prof. Hyunseok Oh,
University of Wisconsin–Madison
Integrated and extendible modeling platform
Unified workspace and GUI
GUI or batch mode for HTC
Easy coupling with other ICME tools
Object-Oriented Design and Written in C++
Simple and Easy to Use API Functions
Flexible Materials Data Management
Customizable Table with Export Function
High Quality and Customizable Graph in 2D/3D
Pandat Software Modules
Pandat Software adopts modular design and enables users to easily switch between modules and perform various types of simulations in the same workspace.
- stable and metastable diagrams
- property contour diagrams
- thermodynamic properties
- chemical driving force
- material to material diagrams
- particle concurrent nucleation, growth and coarsening
- multi-phase co-precipitation
- precipitation and grain growth
- recrystallization and grain growth
- TTT and CCT curves
- diffusion couple
- homogenization
- carburization and decarburization
- particle dissolution
- Optimization of thermodynamic, kinetic and thermo-physical model parameters using experimental data
- solidification path
- back-diffusion in the solid
- dendrite arm coarsening
- micro-segregation
- solute trapping effect
- direct coupling with CALPHAD
- feasible for multi-component alloys
- open architecture for user’s model plugin