Gradient methods for the optimization of dynamic system parameters by hybrid computation.
Computer implementation of gradient method in continuous and discrete optimization of dynamic system
DISCRETE FUNCTION↗
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Results for “Gradients”
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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Mass detection by means of measuring gravity gradients.
Mass detection by measuring gravity gradients with cruciform mass sensor
TENSOR FIELD↗
Meteoroid impact simulation by magnetic gradient particle acceleration techniques Quarterly progress report, 1 Jul. - 30 Sep. 1965
Feasibility of using strong magnetic field gradients to accelerate small, metallic projectiles to velocities for simulating micrometeoroid impacts
MAGNETIC FIELD↗
Applications technology satellite gravity gradient stabilization system Sixth quarterly progress report, 1 Oct. - 31 Dec. 1965
Systems analysis and integration, boom subsystem, combination passive damper, and attitude sensor system for Applications Technology Satellite gravity gradient stabilization system
SYSTEMS ANALYSIS↗
Effects of Corner Radius on Stagnation-point Velocity Gradients on Blunt Axisymmetric Bodies
Corner radius effects on stagnation point velocity gradients on blunt axisymmetric bodies
VELOCITY PROFILE↗
A Newton-gradient Method for Non-linear Problems in Hilbert Space Technical Report No. 7
Newton-gradient method for non-linear problems in Hilbert space
NEWTON THEORY↗
Passive damper bearing and gravity-gradient rod development
Eddy-current damper and gravity-gradient rod development
EDDY CURRENT↗
Mass detection by means of measuring gravity gradients
Numerical analysis of sensor for mass detection by measuring gravity gradients
NUMERICAL ANALYSIS↗
Vibrational mode behavior of rotating gravitational gradient sensors
Vibration mode behavior of rotating gravitation gradient sensors supported on spring mount
VIBRATION EFFECT↗
Prediction of heat transfer from laminar boundary layers, with emphasis on large free- stream velocity gradients and highly cooled walls.
Laminar boundary-layer heat transfer and shear stress predictions from similarity solutions, emphasizing large free-stream velocity gradients and highly cooled walls
STAGNATION POINT↗
Effect of electrostatic field gradient in semiconductors with diffused impurities.
Electrostatic field gradient effect in semiconductors with diffused impurities investigated, using basic diffusion theory
SEMICONDUCTOR↗
Low-frequency waves and gradient instabilities in the ionosphere.
LF incompressible waves and gradient instabilities in ionosphere
COLLISION RATE↗
Prediction of heat transfer from laminar boundary layers, with emphasis on large free- stream velocity gradients and highly cooled walls.
Laminar boundary-layer heat transfer and shear stress predictions from similarity solutions, emphasizing large free-stream velocity gradients and highly cooled walls
SHEARING STRESS↗
Effects of corner radius on stagnation-point velocity gradients on blunt axisymmetric bodies.
Velocity gradient on blunt axisymmetric bodies in stagnation region if pressure distribution is known, using isentropic flow equations
STAGNATION REGION↗
Thermal bending plus twist of a thin-walled cylinder of open section with application to gravity gradient booms
Thermal bending plus twist of thin-walled cylinder of open section with application to gravity gradient booms
THERMAL BUCKLING↗
An accelerated gradient method for parameter optimization with non-linear constraints.
Accelerated gradient method for numerical solution of parameter optimization problems with nonlinear constraints
NUMERICAL ANALYSIS↗
Gradient-elastic tensor in sodium chloride and sodium bromide.
Gradient-elastic tensor of ions in sodium chloride and sodium bromide crystals determined from effects of static elastic strain on nuclear magnetic resonance
NUCLEAR MAGNETIC RESONANCE↗
A least squares gradient method for solving boundary-value and optimization problems.
Least squares gradient method for boundary value and optimization problems found in flight mechanics and astrodynamics
BOUNDARY VALUE↗