Predict and Optimize Thermo-Mechanical Processes
Combining forming and heat treatment simulation capabilities enables the modelling and optimization of cogging and other thermo-mechanical processes to develop homogenized, fine grained, recrystallized microstructures.
Heating processes can be optimised through batch furnace and induction heating solvers, where coil design, applied power and induction frequency may be varied. Microstructure evolution capabilities include both JMAK and CA (cellular automata) models to account for dynamic recrystallization, static recrystallization, metadynamic recrystallization and grain growth.
...the support provided by Wilde Analysis has always been exceptional.
University of Sheffield (AMRC)
Manufacturing research is crucial for advancements in quality, production and in reducing the costs associated with the manufacture of parts. Finite element analysis is a powerful tool used to assist this process. DEFORM has been used as a tool to more effectively understand the machining process.
University of Sheffield (AMRC)
DEFORM has impressive capabilities and applications; the course is extremely useful!….Within three days you will have the ability to work on real applications.
Manufacturing Technology Centre
New and intermediate level users will find this extremely useful to cope with more advanced models and the current expectations in the field of FE modelling of manufacturing operations.
University of Strathclyde (AFRC)
A highly informative meeting, showcasing the new developments in software capability... It was the first UGM for me and I really enjoyed it. It is good to see how much support you can get from SFTC... This meeting provided me with a useful update on the new features in DEFORM.
University of Birmingham (PRISM2)
The level of support was excellent. My query was dealt with in a speedy and efficient manner with easy to follow instructions which resolved the issue. Thank you.
Timet UK
Very informative and professional course.
Timet UK