AN APPROXIMATE METHOD FOR COMPUTING ERROR COEFFICIENT MATRICES FOR LUNAR TRAJECTORIES
Computation of transition matrices or error coefficients in midcourse guidance studies of lunar trajectories
LUNAR TRAJECTORY↗
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Guidance of space vehicles by radio measurements and command. appendix a - correcting velocity components. appendix b - magnitude of the maneuver. appendix c - outline of the method of computing the orbit.
Correction of space trajectories by small midcourse maneuvers governed by impulse which is computed on the ground from radio measurements and sent by radio to the space probe
GUIDANCE (MOTION)↗
Method of Computing the Specific Capacity of Fuel Cells <Metody Rascheta Udelnoy Topliv- Nykh Elementov<
Computation of specific energy of fuel cells
ENERGY↗
An approximate method for computing error coefficient matrices for lunar trajectories.
Computation of transition matrices or error coefficients in midcourse guidance studies of lunar trajectories
MIDCOURSE GUIDANCE↗
A method for computing supersonic flow around blunt bodies, accompanied by a detached shock wave <metod rascheta sverkhzvukovogo obtekaniya zatuplennykh tel s otoshedshey udarnoy volnoy<
Supersonic flow around blunt bodies with detached shock wave - flow computation
BLUNT BODY↗
A method for computing nonequilibrium channel flow of a multicomponent gaseous mixture in the near-equilibrium region
Nonequilibrium channel flow of multicomponent gaseous mixture in near-equilibrium region - numerical formulation
CHANNEL FLOW↗
Prediction of the dynamic environment of spacecraft components. Part I - General concepts and description of computer programs Technical report no. 5
Motion in spacecraft response and computer methods and programs for computing structural and air path response
DYNAMIC RESPONSE↗
A method for computing chemical-equilibrium compositions of reacting-gas mixtures by reduction to a single iteration equation
Computing equilibrium chemical composition and thermodynamic properties of reacting gas mixtures by reduction to single iterative equation
ITERATIVE SOLUTION↗
Planck functions and integrals - Methods of computation
Black body radiation - numerical solution for computer and hand calculation of total intensity over specified spectral range
Michels, T. E.↗
An efficient method for computation of character tables of finite groups
Systematic procedure for constructing character table of finite group
Allen, G.↗
A method for computing luminous efficiencies from meteor data
Frothing-sloughing ablation model for computing luminous efficiency factor from meteor data
Allen, H. J.↗
Detailed description and results of a method for computing mean and fluctuating quantities in turbulent boundary layers
Computation of mean and fluctuating quantities in turbulent boundary layers
Beckwith, I. E.↗
A new method for computing the electrical conductivity of weakly ionized gases.
Ionized gas electric conductivity computation avoiding slow convergence of Sonine polynomial expansion
Devoto, R. S.↗
A critical evaluation of methods for computing wing-body interference at supersonic speeds.
Research effort on wing-body interference at supersonic speeds
Carmichael, R. L.↗
Method reduces computer time for smoothing functions and derivatives through ninth order polynomials
Analysis presented is an efficient technique to adjust previously calculated orthogonal polynomial coefficients for an odd number of equally spaced data points. The adjusting technique derivation is for a ninth order polynomial. It reduces computer time for smoothing functions.
Glauz, R. D.↗
A method for computing the response of a general axisymmetric shell with an attached asymmetric structure.
Dynamic analysis of axisymmetric ring stiffened shells with attached asymmetric elastic structures, noting vibration modes
Durling, B. J.↗
Analytical methods for computing the effects of turbine exhaust and film-coolant injection on rocket engine performance.
Analytical evaluation of secondary flow injection effects on rocket engine performance including cold flow and simulated hot flow data
Hosack, G. A.↗
Correlation method for computing sensitivity functions on a high-speed iterative analog computer
Digital correlation for computing sensitivity coefficients on iterative analog computer
Ogrady, E. P.↗