Providing a unique view on the latest research and technological developments in the field of aluminium alloys, ICAA conferences address more specifically the following subjects: fundamental mechanisms in the physical metallurgy of aluminium alloys at all stages of the processing routes, from semi-products to end applications; conventional alloys as well as new alloy developments; process metallurgy from solidification and casting to forming and joining, including such growing fields as additive manufacturing and the use of artificial intelligence. ICAA conferences traditionally emphasize the use of last generation analytical tools such as high-resolution transmission electron microscopy, sophisticated texture analysis, local elemental analysis techniques and large instruments. Physical modelling, starting at the atomic level, as well as process modelling in relation with microstructure generation and design are other topics of interest of ICAA conferences.

ICAA Topics

Join us at the International Conference on Aluminium Alloys (ICAA) to explore the forefront of aluminum alloy technology. Delve into the latest advancements in additive manufacturing and learn how artificial intelligence is revolutionizing alloy development. Engage with experts in the fields of aerospace and automotive industries, discussing the role of aluminum alloys in enhancing performance and sustainability. Discover new insights through advanced characterization, phase transformations, and innovative alloy design. Whether you’re interested in the technical aspects of casting and thermomechanical forming or the environmental impact of corrosion and recycling, the ICAA covers a comprehensive range of topics to meet the challenges of today’s industries. The following topics are discussed:

A: Additive Manufacturing of Al Alloys
B: Advanced Characterization
C: Aerospace and Automotive Industry
D: Artificial Intelligence and Machine Learning for Alloy Development
E: Casting, Solidification, and Joining
F: Corrosion and Environment Sensitive Fracture of Al Alloys
G: Deformation Behavior and Mechanical Properties
H: New Directions in Alloy Design
I: New Markets and Applications
J: Phase Transformations
K: Modeling and Simulations (Processes and Products)
L: Sustainability in Design and Recycling
M: Thermomechanical Forming Principles
N: Dr. David J. Lloyd Symposium on Physical Metallurgy