Events​​​​​​​

This two-day conference will focus on existing best practices and the state of the art in FEA, CFD, and associated technologies.

FEMFAT will be represented with its own booth, and a member of our team will hold a speech on “Enhanced Low Cycle Fatigue Analysis with FEMFAT”.

We look forward to welcoming you at "NAFEMS NORDIC Regional Conference 2024".

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This biennial conference, now in its 7th year, offers you an independent and comprehensive range of information and networking in the field of numerical simulation methods (CAE). The program contains interesting keynote presentations as well as contributions from users of various software and hardware products from industry, research and universities. A large exhibition accompanies the conference.

FEMFAT will be represented with its own booth, and a member of our team will hold a speech on “Enhanced Low Cycle Fatigue Analysis with FEMFAT”.

We look forward to welcoming you at "NAFEMS DACH Conference 2024".

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This two-day conference will be looking at the trends, challenges, best practices and cutting-edge technological advances that will shape the near and long-term future of simulation.

Stop by at our booth to learn more about FEMFAT and listen to the speech of one of our team members on “Enhanced Low Cycle Fatigue Analysis with FEMFAT”.

We look forward to welcoming you at "NAFEMS UK Conference 2024".

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The purpose of this conference, organized by the German Association for Materials Research and Testing (DVM), is to provide a platform to the international community for exchanging ideas and information about recent developments, new scientific approaches and industrial applications regarding variable amplitude fatigue of materials, components and structures. 

Join the event and visit our booth to learn more about our software product FEMFAT.

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The annual SIMULIA Regional User Meetings (RUMs) provide a forum for practicing engineers and researchers to exchange ideas and experiences in all aspects of simulation technology.

Join the event and listen to the speech of one of our colleagues on "Generation of multiaxial stresses for channel-based fatigue calculation using Abaqus simulations, considering nonlinearities such as contacts, hyperelasticity and large deformations".

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