B.Tech III Year II Semester (R16)
ROCKET SYSTEMS: Ignition System In Rockets, Types Of Igniters, Igniter Design Considerations; Design Consideration Of Liquid Rocket Combustion Chamber, Injector Propellant Feed Lines, Valves, Propellant Tanks And Their Outlets; Pressurized And Turbine Feed Systems; Propellant Slosh And Propellant Hammer; Elimination Of Geysering Effect In Missiles; Combustion System Of Solid Rockets.
AERODYNAMICS OF ROCKET AND MISSILES: Airframe Components Of Rockets And Missiles; Forces Acting On A Missile While Passing Through Atmosphere; Classification Of Missiles; Method Of Describing Aerodynamic Forces And Moments; Lateral Aerodynamic Moment; Lateral Damping Moment And Longitudinal Moment Of A Rocket; Lift And Drag Forces; Drag Estimation; Body Upwash And Downwash In Missiles; Rocket Dispersion; Numerical Problems.
ROCKET MOTION IN FREE SPACE AND GRAVITATIONAL FIELD: One Dimensional And Two Dimensional Rocket Motions In Free Space And Homogeneous Gravitational Fields; Description Of Vertical, Inclined And Gravity Turn Trajectories; Determination Of Range And Altitude; Simple Approximations To Burnout Velocity.
STAGING AND CONTROL OF ROCKET AND MISSILES: Rocket Vector Control, Methods, Thrust Termination; Secondary Injection Thrust Vector Control System; Multistaging Of Rockets; Vehicle Optimization; Stage Separation Dynamics; Separation Techniques.
MATERIALS FOR ROCKET AND MISSILES: Selection Of Materials; Special Requirements Of Materials To Perform Under Adverse Conditions.
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