Taylor Impact Test

The Taylor Impact Test is a method used to evaluate how materials respond to high-speed impacts. In this test, a metal rod is fired at a specific velocity into a rigid target, simulating real-world impact conditions. After the impact, the shape of the rod is examined to assess deformation, including elongation and flattening. This helps scientists understand the material’s toughness, strength, and ability to absorb energy during sudden collisions, which is essential for designing safer, more durable structures and studying material behavior under extreme forces.