In many industrial manufacturing processes, like metal 3D printing, materials form through rapid solidification, often resulting in crystal structure defects. These defects significantly impact the material's properties, leading to variability in the quality of printed alloys. CryDef aims to address this by developing a comprehensive framework to predict and control the formation of crystal defects. This framework integrates advanced physics-based simulations, high-quality experiments, and modern data analysis techniques. CryDef seeks to enhance our fundamental understanding of crystal defect formation, their control, and their effects on mechanical properties. This will facilitate the production of consistent, high-quality, durable, and lightweight structural materials, contributing to significant decarbonization in transportation and energy sectors.

2024

2028