A synthetic medium, designed to mimic the density and resistance of human head tissue, is frequently employed in testing the impact and penetration characteristics of projectiles. This material allows researchers to study the effects of bullet or fragment impacts in a controlled environment.
This testing method provides valuable data for forensic investigations, the development of protective headgear, and advancements in trauma medicine. Understanding how different projectiles interact with a simulated skull provides critical insights into injury mechanisms and potential mitigation strategies. Historically, such studies have played a key role in improving helmet design and ballistic protection, contributing to enhanced safety outcomes in various fields.
