Various configurations ~propeller, rotor, ducted fan and jet lift ~Tilt wing and vectored thrust -Performance of VTOL and STOL aircraft in hover, transition and forward motion. Types ~Hover height, lift augmentation and power calculations for plenum chamber and peripheral jet machines ~Drag of hovercraft on land and water -Applications of hovercraft.
Induced, profile and parasite power requirements in forward flight ~Performance curves with effects of altitude ~Preliminary ideas on helicopter stability.
Two-dimensional interplanetary trajectories ~fast interplanetary trajectories ~t hree dimensional interplanetary trajectories ~launch of interplanetary spacecraf t ~trajectory estimation about the target planet ~concept of sphere of influence ~Lambert s theorem Configurations based on Torque reaction ~Jet rotors and compound helicopters ~Me thods of Control, rotor blade pitch control, -Collective pitch and and Cyclic pi tch ~Lead ~Lag and flapping hinges Hovering performance ~Momentum and simple blade element theories ~Figure of meri t ~Profile and induced power estimation ~Constant Chord and ideal twist rotors. L 45, The solar system ~reference frames and coordinate systems ~terminology related t o the celestial sphere and its associated concepts ~Kepler s laws of planetary mot ion and proof of the laws ~Newton s universal law of gravitation ~the many body pr oblem ~Lagrange-Jacobi identity ~the circular restricted three body problem ~lib ration points ~the general N-body problem ~two body problem ~relations between p osition and time. Space environment ~peculiarities of space environment ~effect of space environme nt on materials of spacecraft structure ~materials required for the construction of space craft ~TPS for re-entry space vehicles. Introduction to ballistic missile trajectories ~boost phase ~the ballistic phase ~trajectory geometry ~optimal flights ~time of flight ~re-entry phase ~the posi tion of impact point ~influence coefficients. General aspects of satellite injection ~satellite orbit transfer ~various cases ~orbit deviations due to injection errors ~special and general perturbations ~Co well s method and Encke s method ~method of variations of orbital elements ~general perturbations approach.
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