SUMMARY
To calculate the minimum thickness of a containment sheet steel wall in response to a missile impact, one must consider the velocity, mass, and diameter of the missile, along with the distance from the wall. The principles of armor design are applicable, particularly the need for ductility and edge support at low velocities (100 to 200 feet/second) and areal density at high velocities (over 500 feet/second). A comprehensive resource for understanding these principles is the textbook "Structural Failure" by Wierzbicki and Jones, which provides detailed insights into the mechanics of material failure under impact.
PREREQUISITES
- Understanding of missile dynamics and impact physics
- Familiarity with armor design principles
- Knowledge of material properties, specifically ductility and areal density
- Basic concepts of structural engineering
NEXT STEPS
- Research armor design techniques used in military applications
- Study the impact resistance of various materials
- Learn about the calculations involved in structural failure analysis
- Explore the textbook "Structural Failure" by Wierzbicki and Jones for in-depth knowledge
USEFUL FOR
Engineers, military designers, and materials scientists involved in impact analysis and structural integrity assessments will benefit from this discussion.