JMatPro® is a simulation software which calculates a wide range of materials properties for alloys and is particularly aimed at multi-component alloys used in industrial practice.
You no longer need to scour handbooks or the literature resulting in a long and painful process with incomplete information. JMatPro® offers consistent and reliable modelling of these properties over a range of conditions all available from just one easy to use source.
EDA JM – Extending JMatPro® for High-Throughput Materials Exploration. This extension enables systematic property calculations across large compositional spaces, supporting structured Design of Experiments (DOE) and Exploratory Data Analysis (EDA) for efficient material development.
Get familiar with the powerful features of JMatPro® and deepen your knowledge with our regular webinars and training sessions. Our experts will show you how to leverage the full potential of the software for your specific applications.
The JMatPro® API (Application Programming Interface) can be used to incorporate specific functionality of the JMatPro® software into your own applications. We provide the basic building blocks for you to automate and develop tasks within your own models and to integrate them into your own software.
The JMatPro® Material Property Optimiser (MPO) is a powerful optimisation tool for the design of multi-component alloys. It builds upon the calculation engine behind JMatPro® by combining it with a multi-objective optimisation method. It allows you to perform calculations aimed at identifying optimal values of decision variables that lead to desired material properties.
JMatPro® is used by leading companies and research institutions worldwide. JMatPro is continuously developed by the team of from Sente Software in England. Regular user meetings in Germany and the USA ensure a lively exchange with users, so that further development remains relevant to practice. The group of satisfied users is growing continuously - we try to strengthen the exchange of experiences in the form of customer days, user meetings and specific training courses. Feel free to ask us for references for your industry.
| System | Category | Description | Link |
|---|---|---|---|
| Simufact | Forming & Heat Treatment | forming simulation, Simufact.premap - heat treatment simulation | More Information |
| DEFORM | Forming & Heat Treatment | Deform - forming simulation, Deform-HT - heat treatment simulation | More Information |
| Forge | Forming | forming simulation | More Information |
| QForm | Forming | forming simulation | More Information |
| Abaqus | Forming | forming simulation | More Information |
| LS-Dyna | Forming | forming simulation | More Information |
| Sysweld | Heat Treatment | heat treatment simulation | More Information |
| SIMHEAT | Heat Treatment | heat treatment simulation | More Information |
| DANTE | Heat Treatment | heat treatment simulation | More Information |
| Dynaweld | Welding | welding simulation | More Information |
| COMSOL Multiphysics | General FEM | generic FEM simulation | More Information |
| Inspire Cast | Casting Simulation | casting simulation | More Information |
| Transvalor Steel | Multi-Purpose | multi-purpose data export | More Information |
Add-On
Stable and metastable phase equilibria
Physical and thermophysical properties
Solidification phases and properties
Time-temperature transformation (TTT) diagrams
Continuous cooling transformation (CCT) diagrams
Mechanical properties for Al, Fe, Ni, Co and Ti alloys
Cooling properties in the solid state (for general steels and titanium alloys)
Microstructure and strength after heat treatment (for nickel and nickel-iron based superalloys)
The JMatPro® API is a collection of functions, organised in several libraries written in C/C++, that allow you to integrate some of the functionality of JMatPro® into your own applications. It gives you the flexibility to write code tailored for your specific needs, including but not limited to:
Development of custom models
Task automation / batch data generation
Creation of custom export files for third-party simulation software
Streamlining materials / process simulation workflows
Material Property Optimiser
Users can define variables such as alloy composition and processing parameters, including:
Alloy composition
Heat treatment temperature
Austenitization temperature (for steels and cast irons)
Cooling rate
Holding (or aging) temperature
Holding time
The MPO evaluates a comprehensive set of properties derived from JMatPro® calculations, encompassing:
Thermodynamic properties: phase amounts and boundaries, heat treatment windows for Al, Mg, and Ni alloys
Solidification range, hot cracking susceptibility, growth restriction factor
Physical properties: density, molar volume, average expansion coefficient
Thermal and electrical conductivity, resistivity, Young’s modulus
Mechanical properties: room-temperature yield stress, tensile stress, hardness
Rupture stress and rupture life for Ni and NiFe-based superalloys
Custom properties defined as functions of temperature and alloy composition
Validated Calculations: Leveraging extensively validated JMatPro® models ensures reliable and consistent material property predictions
Efficient Design Exploration: The MPO enables rapid identification of trade-offs and focuses on the most promising alloy compositions
User-Friendly Interface: An intuitive interface allows users to obtain results quickly, enhancing productivity
Accelerated Alloy Development: By reducing reliance on costly and time-consuming experiments, the MPO accelerates the development of new or improved alloys