Ballistics & Explosives Engineering
The Ballistics and Explosives Engineering Section in the Mechanical Engineering Division provides expertise in analysis, design, and testing in the areas of ballistics, explosion loading, structural response, and scale modeling. Section personnel have developed models for penetration mechanics, shot-line analyses, shaped-charge analyses, exterior and interior ballistics, specialized sabot design, explosion hazards and debris, and analysis and design of blast-loaded structures. Testing capabilities include ballistics (small arms, long-rod projectiles, fragments, shaped charges), and dynamic loading and response of mechanical systems and structures and mechanical systems in highly transient environments. State-of-the-art data acquisition and instrumentation permits recording of data in severe environments down to the nanosecond range. Other services include numerical analysis of transient loads and structural response, armor design and analysis, software development, subsystem and system integration, and engineering consultation.
Scott A. Mullin, Manager
- Small arms/interior and exterior ballistics/nonlethal
weapons
Donald J. Grosch or Carl E. Weiss - Medium caliber weapons
Donald J. Grosch or Carl E. Weiss - Explosion hazards/blast-resistant designs/explosion
containment/fragmentation
P.A. Cox - Biological and chemical hazards/agent
defeat/antiterrorism
Scott A. Mullin - Armor and antiarmor/ordnance velocity impact/penetration
mechanics
Donald J. Grosch - Foreign-object damage/low-velocity impact
Scott A. Mullin or Donald J. Grosch - Spacecraft shielding/hypervelocity impact
Donald J. Grosch - High-speed data acquisition and visualization
Scott A. Mullin or Donald J. Grosch - Conventional weapons effects
Donald J. Grosch - Computational and analytical analyses
James D. Walker, Ph.D. - Vehicle systems survivability/vulnerability/ballistic
effects
P.A. Cox