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MWB/LB-47 : Ballistics The objective of this course is to give one day of material from each of
five courses given in the area of BALLISTICS, by Baldini Resource Associates, Inc.
Another objective is to have instructors different from those currently teaching
those courses in order to give another point of view. One of the five days would
be from each of the following five day courses: 1. HIGH VELOCITY; 2. BALLISTIC
RANGE TECHNOLOGY; 3. INTERIOR BALLISTICS; 4. GUNS ARMS & AMMO; and 5. TERMINAL
BALLISTICS. The scope will in general consist of material in Interior Ballistics,
Exterior Ballistics, Terminal and launching techniques; Also, safe gun and range
design and operation from low to high velocity; Some standard weapon and
ammunition testing will be covered; Quality and Total Quality Management (TQM)
techniques to assure a product which can be put into production and meet or exceed
requirements, will also be part of this course.
* Terminal Ballistics Of Shaped Charged Projectiles
* Behind Armor Damage Effects For Kinetic Energy And Shaped Charge Projectiles
* Testing Of Shaped Charges And Kinetic Projectiles
* Protection Effects Of Steel, Aluminum, Ceramics, Ceramic Composites, Spacings, Kevlar, Reactive And Passive Armors
* Explosive Formed Penetrators (Efp) Projectiles
* Terminal Ballistics On Land, Sea, Air, Under The Sea, And Space
* The Design And Capabilities Of Closed Breech Launcher Systems
* Interior Ballistics Of Large Caliber Navy Guns, As Well As Small And Large Caliber Systems
* ÒSanity CheckingÓ And Engineering Reasoning
* Granular, Solid, Liquid And Composite Propellants
* Electrical-Thermal Launchers; Light - Gas Guns
* Approaches To Obtain Higher Velocities For Heavier Launch Payloads
* Total Quality Management (Tqm); Quality Engineering Concepts
* Steps Of Product Design (System, Parameter & Tolerance)
* Types Of Quality Characteristics
* Exterior Ballistics Drag Coefficients
* Methods Of Experimentally Obtaining Drag Coefficients
* Aeroballistic Facilities Important Design Considerations
* Projectile Yaw; Optical And X-Ray Velocity And Yaw Measuring Systems; Ballistic Limit Testing Techniques
* High Velocity (13,000 Feet/Second) Conventional Propellant Gun
* High Pressure Gun And Chamber Designs (Up To 210 Kpsi)
* Design And Autofrettage Techniques For High Performance Guns
* Kinetic Energy Projectile And Sabot Designs For Launching At High Pressures (50 Kpsi To 210 Kpsi)
* Strain Gage Methods Of Measuring Internal Chamber Pressure
* Safety In Operation And Range Design Considerations
* Standard Small Arms And Ammunition Testing; Us And Nato Testing
Objective And Scope
