Organized by Mondragon Unibertsitatea and the DYMAT association, this event continues the mission of DYMAT to advance applied and fundamental research in the field of dynamic behaviour of materials and its applications.
Date
From September 10th to 12th 2025
Place
Bilbao Berrikuntza Faktoria
DYNAMIC BEHAVIOUR OF MATERIALS IN MANUFACTURING PROCESSES
We are delighted to invite you to the 28th DYMAT Technical Meeting, which will take place in Bilbao, Spain, from the 10th to the 12th of September 2025. Organized by Mondragon Unibertsitatea and the DYMAT association, this event continues the mission of DYMAT to advance applied and fundamental research in the field of dynamic behaviour of materials and its applications.
The main topic of the 2025 Technical Meeting is the dynamic behaviour of materials applied to manufacturing processes. This specialized focus will explore the dynamic phenomena and material responses that are critical to manufacturing industries, including metals, polymers, ceramics, and composites, across various forming and deformation processes. Contributions will span experimental, modelling, and simulation approaches, fostering discussions on the latest innovations and technological advancements in the field.
The conference will bring together researchers, industry professionals, and experts from across the globe, offering a unique platform to exchange knowledge, strengthen collaborations, and shape the future of dynamic materials research and its applications.
We are proud to host this event in Bilbao, a vibrant city renowned for its rich industrial heritage, innovative spirit, and cultural charm.
We look forward to welcoming you to Bilbao from the 10th to the 12th of September 2025!
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Scope of the Technical Meeting:
The DYMAT 2025 Technical Meeting will focus on the dynamic behaviour of materials applied to manufacturing processes, emphasizing experimental characterization, modelling, and simulation. This edition will explore the complex material responses that are fundamental to a wide range of industrial manufacturing techniques, including sheet metal forming, forging, machining, additive manufacturing, and more.
As manufacturing processes evolve to meet demands for increased efficiency, environmental sustainability, and precision, understanding the behaviour of materials under dynamic conditions is crucial. Materials such as metals, polymers, and composites exhibit unique characteristics during high-speed deformation processes, including strain rate sensitivity, thermal effects, and microstructural and damage evolution. These behaviours must be accurately captured and modelled to improve the performance and reliability of advanced manufacturing systems.
The conference will highlight:
- Experimental techniques to investigate material behaviour under dynamic loading conditions, with a focus on high strain rates and elevated temperatures.
- Numerical modelling and simulations tailored to predict deformation, damage, and failure mechanisms in manufacturing processes.
- Industrial applications of these research advances, including automotive, aerospace, energy, bioengineering, and tooling sectors.
Important dates
Acceptance notification
Start of the Technical Meeting