The Applied Computational Mechanics Group focuses on understanding the behavior of materials and structures under various working conditions, such as stretching, compression, or impact. We utilize advanced computational tools to model how materials respond to these conditions, aiming to predict their performance in real-world applications. Our research spans a broad range of materials and scenarios, from everyday engineering problems to complex, high-performance systems. By bridging theory with practical applications, we strive to enhance design processes, optimize material choices, and support the development of new technologies. Our ultimate goal is to provide innovative, data-driven solutions that contribute to safer, more efficient, and sustainable engineering practices.