The Dynamic Response of Biological and Associated Materials - Dr. Bill Proud

Explore the complex world of shock physics and its applications to biological materials in this comprehensive lecture by Dr. Bill Proud. Delve into the multidisciplinary nature of shock physics, examining its connections to various scientific fields and engineering disciplines. Learn about the varying levels of understanding across different material classes, from metals to polymers, with a special focus on the lesser-studied biological materials. Discover the unique challenges posed by biological materials, including their composite nature, complex microstructures, and multi-functionality. Investigate the impact of dynamic loading on STEM cells and its relation to long-term conditions like Heterotopic Ossification. Examine the dynamic response of skin, muscle, and bone under stress. Analyze the role of associated materials such as vehicles, buildings, and protective gear in blast scenarios, and understand their importance in injury reduction. Gain insights into real-world applications through examples of stress transmission from boots to vehicle floors. Covering topics from global terrorism trends to specific experimental setups like shock tubes and gas guns, this lecture provides a comprehensive overview of the dynamic response of biological and associated materials in the context of blast injury and mitigation.