MWB/LB-52 : Ballistics: Interior, Transitional, Exterior, & Behind Armor Damage

* Interior Ballistics: Current Theories And Operation; All Calibers; All Types; All Velocity Regimes
* Low Vulnerability Propellants; Gun Systems; Predictive Performance; Available Computer Programs And Capabilities;
* Ignition Techniques: Artillery; Navy Guns; Mortar; Small, Cannon And Tank Caliber
* Stick, Ball, Flake And Other Configuration Propellants
* Liquid; Electro Thermal, Chemical And Magnetic Systems
* Transitional Ballistics: Gun Bore To Media Transition
* Methods Of Reducing: Blast Effects On Launch Packages;
* Types Of Flash Suppression; Smoke; Smoke Suppression;
* Accuracy Increase; Barrel Jump; Projectile Jump; Other Phenomena
* Temperature Effects: Barrel Bending; Rate Of Fire; Cook-Off;
* In-Bore Detonations: High Energy/Explosive Projectile
* In-Bore Detonations: Primer-Propellant-Shock Wave Phenomena
* Effects On Saboted Projectiles; In Gun Transition Zone; In Flight
* Exterior Ballistics: Velocity Decay; Center Of Pressure, Gravity
* Stability Factors; Twists; Drag Coefficients; Available Computer Programs
* Terminal Ballistics: Penetration; Shape Charge; Kinetic Energy Explosively Formed Penetrators; Lasers; Water Jets
* Predictions And Simulations
* Body And Other Protective Armor Combinations
* Projectile-Target Interaction; Shock Phenomena
* Behind Armor Damage: Risk Assessment; Survivability
* Fragmentation Munitions; Explosive Ordnance; Combinations
* Ballistic Systems Performance Enhancement Techniques; Characteristics
* Computer: Projectile Design; Gun Design; Performance Characteristics Parameters;
* Reduced Vulnerability Behind Armor Damage Designs