Quasi-optimum control for minimum-time rendezvous in a central force field.
Quasi-optimum control law for minimum-time bounded acceleration rendezvous in central force field using Friedland technique, with application to lunar flight
Friedland, B.↗
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Results for “minimum”
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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A minimum-energy mission plan for the manned exploration of Mars
Minimum energy mission plan for manned exploration of Mars
Taylor, J. J.↗
Interacting Effects of Gravity and Size upon the Peak and Minimum Pool Boiling Heat Fluxes
Mathematical correlation of effects of gravity, size, boiled liquid, pressure, and configuration on peak and minimum boiling heat fluxes
Lienhard, J. H.↗
Minimum energy control of a class of electrically driven vehicles
Minimum energy control of class of electrically driven vehicles with application to lunar roving vehicles
Sahinkaya, Y. E.↗
Flight comparison of several techniques for determining the minimum flying speed for a large, subsonic jet transport
Flight comparison of techniques for determining minimum flying speed for large, subsonic jet transport
Kier, D. A.↗
Minimum impulse transfer from circular orbits Quarterly progress report
Approximate analytical solution for minimum impulse transfer between circular orbit and given hyperbolic velocity vector at infinity
Source record↗
A minimum heating flight mode for high lateral range space shuttle entries including the effects of transition
Minimum heating flight mode for high lateral range space shuttle reentry based on boundary layer transition criteria
Moote, J. D.↗
An algorithm for minimum energy control
Algorithm for fixed time minimum energy discrete optimal control problems of linear plants with convex constraints imposed on terminal state
Deparis, M.↗
''Hysteresis'' effects in cosmic ray modulation and the cosmic ray gradient near solar minimum
Hysteresis effect on cosmic ray modulation and gradient ionization near solar minimum from measurements made near earth with OGO 1 and 3 ion chambers
Kane, S. R.↗
Suboptimal closed-loop controller design for minimum probability of inequality constraints violation
Suboptimal closed-loop controller design based on quadratic equivalence for linear time varying process with minimum probability of inequality constraints violation
Luh, J. Y. S.↗
Minimum weight design of stiffened cylinders
Minimum weight design for symmetrically stiffened cylindrical shells under compression based on linear orthotropic stability theory
Gerard, G.↗
Minimum fuel control of linear stochastic systems with applications to midcourse guidance
Minimum fuel control for discrete time Gaussian processes, applying results to spacecraft midcourse guidance for earth-Mars mission
Deyst, J. J.↗
Some relations between the discrete and continuous minimum time problems
Continuous and discrete minimum time problems relationships and state space portraits during application of optimal strategies to system
Pokoski, J.↗
A minimum energy principle in plasma physics and stellar dynamics
Vlasov equation approximate solution by minimum energy principle, deriving equilibrium equation for stellar gas
Feix, M.↗
Minimum basis wavefunctions for water
Molecular orbital wave functions for water molecule, using minimum set of Slater orbitals
Merrifield, D. P.↗
Minimum control power for VTOL aircraft stability augmentation
VTOL aircraft stability augmentation system design based on control theory state variable methods, using minimum power levels
Swaim, R. L.↗
Minimum energy control of a class of electrically driven vehicles
Minimum energy feedback control for electrically driven vehicles by dynamic programming
Sahinkaya, Y.↗
A closed-form solution for minimum-fuel, constant-thrust trajectories
Closed form solution for minimum fuel constant thrust trajectories for vehicle transfer in vacuum between arbitrary boundary conditions
Jezewski, D. J.↗