MWB/LB-35 : High Velocity

* 13000 Feet/Second: High Velocity Conventional Propellant Gun (30 Gm Launch Mass/200 Kpsi Pressure/40mm Bore Diameter)
* High Pressure Gun & Chamber Designs: Up To And Above 200 Kpsi
* High Pressure Measuring Techniques
* Liquid Propellant Gun Systems: Types, Designs, & Operations
* Electromagnetic (Em), Electrothermal, Electrochemical & Other Variations: Designs, Operation And Material Considerations
* 38,000 Feet/Second Light Gas Guns And Launchers, System Designs, Materials, Operation And Considerations
* Ram Accelerator: Fundamental Principles; Operational Characteristics; Latest Experimental Results; Scaling & Applications
* Sabot Designs: Fragments & High Pressure Launch Packages
* Long Rod Penetrator & Sabot Design, And Launch: Length To Diameter (L/D) Ratio Up To 36; Up To 210 Kpsi
* Exterior Ballistics: Methods For Calculating Drag Coefficients And Accuracy
* Armor Penetration: Design, Evaluation And Analysis
* Phases Of Impact: Ordnance To Hyper-Velocity; Long Rod Impact Phenomena; Comparisons And Analysis
* Scaling: Gun Calibers; Chambers And Bore System Dimensions; Penetrators; Sabots; Targets And Target Arrays
* Experimental Ballistic Range: Designs, Instrumentation, And Safe Operation
* Interior Ballistics Of High Velocity Conventional Propellant Gun (13,000 F/S): Chamber And Action Design; Ignition Sequence
* Propellant And Primer Interactions: Unique Methods Of Ignition
* Charge Prediction And Performance: For Various Launch Mass And Velocity Requirements
* Techniques For Ignition And Controlled Sequential Propellant Burning
* Caseless; Folded And Other Exotic Gun Systems: Advantages And Disadvantages
* Range Instrumentation: Design And Applications For Ballistic Event Measurement
* Flash X-Ray Systems: Operation, Capabilities And Limitations; Design, Unique Uses; Screen Materials And Combinations For Best Results
* Safety: Avoid Catastrophic Failures: Design To Known Failure Modes; Expect The Unexpected