Welcome Address

The symposium will cover a comprehensive range of topics related to martensitic transformations, encompassing both theoretical and applied aspects of the field. Key themes include:

• Fundamental Understanding: State of knowledge on elemental processes of martensitic transformations and related functionalities.

• Experimental Characterization: Advanced techniques and methodologies for characterizing the structure and properties of materials undergoing martensitic transformations.

• Theory and Modelling: New developments, e.g. machine learning and AI approaches,in the theoretical understanding and computational modelling of martensitic transformations.

• Fabrication and Processing: Innovations in material fabrication, processing methods, 3D printing, and the integration of martensitic materials into real-world applications.

• Structure/Property Relations: In-depth exploration of the relationships between microstructure and properties in martensitic alloys, steels, and ceramics.

• Applications: The latest advances in novel applications, particularly in the fields of shape memory alloys, magnetic shape memory alloys, and other cutting-edge technologies, e.g. caloric and harvesting systems, that leverage the unique properties of martensitic materials.

The venue for ESOMAT 2027 will be hosted on the Ruhr University Bochum campus, a modern and dynamic location equipped with state-of-the-art facilities to facilitate productive discussions, networking, and the exchange of ideas.

We look forward to welcome you to Bochum for ESOMAT 2027, where you will have the opportunity to engage with the European and global community of materials scientists and contribute to the advancement of our understanding of martensitic transformations, their applications, and their potential integrations in new technologies.

We are excited to bring together leading experts from academia, industry, and research institutions for this landmark event. Whether you are presenting your latest research or attending to learn from peers, ESOMAT 2027 will be an invaluable experience for anyone interested in transforming martensite to real-world applications.