Interplanetary Guidance System Requirements Study. Volume 2 - Computer Program Description. Part 3 - Nominal Powered Flight Trajectories
Computer programs for simulating booster nominal trajectories for interplanetary missions
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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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Interplanetary guidance systems requirements study. Volume 2 - Computer program descriptions. Part 5 - Nominal atmospheric entry trajectories, version 1
Computer program for simulating lifting vehicle atmospheric entry flight trajectory
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Interplanetary guidance system requirements study. Volume 2 - Computer program descriptions. Part 6 - Nominal atmospheric entry trajectories, version 2
Computer program for simulating single-pass and single-skipout trajectories for lifting reentry vehicles
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Interplanetary guidance system requirements study. Volume 2 - Computer program descriptions. Part 8 - Program description for matched interplanetary free-fall trajectories
Double precision digital computer program for computing parameters and initial conditions of matched heliocentric and planetocentric phases of interplanetary trajectories
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Interplanetary guidance system requirements study. Volume 2 - Computer program descriptions. Part 9 - Program description for optimum low thrust trajectories
Computer program for optimization of low thrust interplanetary trajectories assuming constant and continuous thrust from given initial and final position, velocity and flight time
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Guidance, flight mechanics and trajectory optimization. Volume 6 - The N-body problem and special perturbation techniques
Analytical formulations and numerical integration methods for many body problem and special perturbative techniques
Allione, M. S.↗
Guidance, flight mechanics and trajectory optimization. Volume 1 - Coordinate systems and time measure
Coordinate measuring system for flight control, and trajectory optimization
Abbott, A. S.↗
Analytical solution of optimal guidance problems
Differential equations for governing motion of vehicle in uniform gravitational fields
Burns, R. E.↗
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.↗
Guidance, flight mechanics and trajectory optimization. Volume 2 - Observation theory and sensors
Observation theory and sensors applicable to navigation of boost and space vehicles
Abbott, A. S.↗
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 16 - Mission constraints and trajectory interfaces
Mission constraints and trajectory interfaces for launch, rendezvous, spatial, deorbit, and entry phases of earth orbital mission
Robertson, R. L.↗
Simulator study of pilot control over the lunar module during ascent from the lunar surface by using visual guidance cues
Simulator study of pilot control over lunar module during ascent from lunar surface
Barker, L. K.↗
Pioneer 6 orientation control system design survey. NASA/ERC design criteria program, guidance and control
Pioneer 6 space probe spin stabilized orientation control system design survey
Massey, W. A.↗
Guidance and control analysis and integration
Automation of variational methods for solution of optimum control problems, optical data sources for Mars-encounter earth-based orbit determination, and operational support equipment
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A method of trajectory analysis with multi- mission capability and guidance application.
Trajectory synthesis for variable point mass, constant thrust, fixed staging time vehicles in vacuum
Burrows, R. R.↗
Application of a quasi-optimum control technique to orbital injection guidance.
Quasi-optimum steering law for minimum time orbital injection rocket booster
Friedland, B.↗
Galactic Jupiter probe trajectory design and midcourse guidance analysis.
Galactic Jupiter probe missions to make interstellar space measurements using Jupiter gravity assisted trajectories, discussing earth- Jupiter transfer orbits and mission parameters
Coady, R. E.↗