The ESOMAT 2024 scientific program will largely but not uniquely concentrate on the following topics:

• Martensitic and other Displacive Transformations in: 

                  Ni-free alloys; 
                  Ni-Ti based alloys;
                  Ti based alloys; 
                  high entropy alloys;
                  magnetic systems;
                  high temperature systems;
                  steels, including TRIP/TWIP;
                  non-metallic materials;
                  architected materials; 
                  nanosized materials and systems;
                  thin films;
                  composites and hybrid materials.

• Mechanical and Micromechanical Modelling.
• Shape Memory and Superelasticity.
• Fatigue and Fracture behaviour.
• Heat treatments, Ageing, Ordering and Stabilization.
• Morphology and Microstructure.
• Thermomechanical behaviour, Modelling and Kinetics.
• Pseudoelasticity and Shape-Memory Effects characterization.
• Properties, transformation based devices and other SMA applications.
• Computational Material Design and Alloy Development.
• Other Shape Memory Alloys and Ceramics.
• Alloys-Ferroic Transitions and Elasto-Caloric Cooling.
• 3D Additive Manufacturing.
• Material Processing effect on Martensitic Transformation issues.
• Characterization and Testing.