TOLIP - Trajectory optimization and linearized pitch computer program
Trajectory optimization and linearized pitch computer program for Scout launch vehicle
Rosenbaum, R. C.↗
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Results for “TRAJECTORIES”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Quasi-optimal trajectory analysis with multi- mission capability and guidance application
Quasi-optimal trajectory analysis computer program for optimal spacecraft guidance by iterative techniques
Burrows, R. R.↗
Guidance, flight mechanics and trajectory optimization. Volume 13 - Numerical optimization methods
Three numerical procedures for Mayer classical and non-classical problems in trajectory optimization
Mc Intyre, J. E.↗
Acceleration hodograph analysis techniques for powered orbital trajectories, phase 3 Final report
Hodographic equations of motion for powered orbital trajectories in acceleration vector space
Altman, S. P.↗
Trajectory opportunities to the outer planets for the period 1975-2000
Minimum energy trajectory data for Jupiter, Saturn, Uranus, Neptune, and Pluto
Rejzer, B. J.↗
Guidance, flight mechanics and trajectory optimization. Volume 14 - Entry guidance equations
Entry guidance equations, reference trajectories, and guidance system mechanization
Knotts, E. F.↗
Guidance, flight mechanics and trajectory optimization. Volume 7 - The Pontryagin maximum principle
Maxima-minima theory, Pontryagin principle, and calculus of variations for optimal trajectory and control analysis
Mc Intyre, J. E.↗
Guidance, Flight Mechanics and Trajectory Optimization. Volume 9 - General Perturbations Theory
General perturbations theory applications to spacecraft guidance, flight mechanics, and trajectory optimization
Kampos, B.↗
Guidance, flight mechanics and trajectory optimization. Volume 10 - Dynamic programming
Dynamic programming and multistage decision processes in guidance, flight mechanics, and trajectory optimization
Abbott, A. S.↗
Low variable thrust interplanetary trajectory data
Algorithm for generating low variable thrust interplanetary trajectory data for mission analysis of electrical propulsion systems
Mac Kay, J. S.↗
Guidance, Flight Mechanics and Trajectory Optimization. Volume 15 - Application of Optimization Techniques
Pontryagin maximum principle, calculus of variations, and dynamic programming optimization techniques applied to trajectory and guidance problems
Abbott, A. S.↗
Guidance, Flight Mechanics and Trajectory Optimization. Volume 5 - State Determination And/or Estimation
Guidance, flight mechanics, and trajectory optimization
Abbott, A. S.↗
Synthesis of trajectories around the moon with return to the earth atmosphere
Approximate method for synthesis of flight trajectories around moon
Ilyin, V. A.↗
Trajectory sensitivity of an optimal control system
Trajectory sensitivity of optimal control system
Dangelo, H.↗
RTCC requirements for mission G - Trajectory computers for TLI and MCC processors, part 1 Final report
Functional properties of trajectory computers for translunar injection and midcourse correction procedures on lunar orbits
Mc Caffety, B. O.↗
Saturn AS-204/LM-1 postflight trajectory, part 4
Saturn AS-204/LM-1 postflight trajectory analysis
Nichols, J. W.↗
Space trajectories and errors in time, frequency, and tracking station location
Effects of time, frequency, and tracking station location errors on accuracy of trajectory analysis
Vonbun, F. O.↗
Multisegmented optimal trajectories
Bolza problem of calculus of variations in terms of control coding applied to trajectories
Vincent, T. L.↗