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Aerospace Engineering
Space Technology (Web)
Syllabus
Co-ordinated by :
IIT Madras
Available from :
2014-10-09
Lec :
1
Modules / Lectures
Rocket propulsion fundamentals
Review of fluid mechanics
Thrust from stationary rocket engine/motor, specific impulse
Rocket dynamics and ascent flight mechanics
Rocket vehicle acceleration, the rocket equation in free space
Effect of gravity and atmospheric drag
Ascent phase and trajectories
Chemical rockets, multiple staging & optimization
Chemical rockets and multi-staging
Limit of multi-staging, optimal staging with identical stages
Optimal staging with non-identical stages
Parallel staging
Electrical rockets
Electrical propulsion
Optimal payload in an electrical rocket
Fundamentals of orbital mechanics
Fundamentals of orbital mechanics
Equation of motion for the two body problem
Elliptic trajectories
Parabolic and hyperbolic trajectories
Basic orbital maneuvers and missions
Orbital maneuvers in Earth-satellite system
Orbital maneuvers in deep space missions
Low thrust missions
Space environment and Missions
Atmosphere, radiation and magnetic fields, space mission types
Atmospheric entry flight mechanics, entry heating
Introduction, re-entry types
Re-entry dynamics for ballistic re-entry
Re-entry heating
Introduction to Spacecraft Attitude Dynamics; Space Environment, Satellite subsystems
Introduction to Spacecraft Attitude Dynamics; Space Environment, Satellite subsystems
Spherical Geometry, Various Axes Systems
Spherical Geometry, Various Axes Systems
Attitude Dynamics
Attitude Dynamics
Attitude Determination Techniques
Attitude Determination Techniques
Attitude Stabilization and Control
Attitude Stabilization and Control
Web Content
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