JMatPro is the simulation software with which a wide range of properties of technical alloys can be easily calculated. The solution has been highly valued in industry and research for years due to its ease of use and solid results for practical applications. With the new version 14, the already versatile possibilities of JMatPro® have been significantly expanded once again with a focus on steel and aluminium. The optimisation of alloys and manufacturing processes as well as the generation of consistent material cards for FEM simulation can make a significant contribution to reducing material and energy costs.
Unique Selling Points
JMatPro® is unique worldwide by the combination of solid and user-friendly thermodynamics (CalPhaD) together with the calculation of material properties
JMatPro® provides consistent results over a wide range of compositions by applying solid thermodynamics + physically based models
JMatPro® extends equilibrium calculations by application of practical calculation modules for phase transformations and precipitations
JMatPro® has a great usability and requires minimal effort for learning and training
JMatPro® uses fast and robust algorithms, so that even complex multi-component alloys are calculated in short time
JMatPro® allows the calculation of accurate material cards for a variety of CAE systems
Users and Community
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.
Interfaces to CAE systems – material cards
Simufact (Simufact.forming – forming simulation, Simufact.premap – heat treatment simulation)
Deform (Deform – forming simulation, Deform-HT – heat treatment simulation)
Forge (forming simulation)
COMSOL Multiphysics (heat treatment simulation)
QForm (forming simulation)
Abaqus (forming simulation)
LS-Dyna (forming simulation)
Dynaweld (forming simulation)
Sysweld (welding simulation)
Ansys (generic FEM simulation)
Magmasoft (solidification simulation)
TherCast (solidification simulation)
Flow3D (solidification simulation)
Data can also be written as ASCII files or extracted using copy / paste.