Simple shock isolator synthesis with bilinear stiffness and variable damping
Simple shock isolator synthesis with bilinear stiffness and variable damping
SHOCK ABSORBER↗
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Results for “Damping”
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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Unbounded solutions of a second-order differential equation with non-negative damping.
Unbounded solutions of second order differential equation with nonnegative damping
DIFFERENTIAL EQUATION↗
A passive pendulum wobble damping system for the nasa 21 man rotating space station.
Passive wobble damping system with pendulum damper designed for manned rotating space station
SATELLITE ROTATION↗
Rubber-coated bellows improves vibration damping in vacuum lines
Compact-vibration damping systems, consisting of rubber-coated metal bellows with a sliding O-ring connector, are used in vacuum lines. The device presents a metallic surface to the vacuum system and combines flexibility with the necessary stiffness. It protects against physical damage, reduces fatigue failure, and provides easy mating of nonparallel lines.
Hegland, D. E.↗
Damping technique gives accelerometer flat frequency response
Piezoelectric accelerometer uses a viscous damping technique to achieve a flat frequency response over a wide frequency range in high acoustic environments. This eliminates the electrical overload on associated electronics and loss of useful data caused by oscillations of the accelerometer.
Wing, T.↗
Equations for two-dimensional analysis of touchdown dynamics of spacecraft with hinged legs including elastic, damping, and crushing effects
Equations for two-dimensional analysis of elastic, damping, and crushing effects from spacecraft lunar landing
LUNAR LANDING↗
Analysis of flexible baffles for damping tank sloshing.
Damping of liquid oscillations in cylindrical tanks, determining rigid and flexible baffle loss coefficients, baffle efficiency and maximum bending stress
LIQUID SLOSHING↗
Damping gimballess inertial navigation systems.
Error damping procedures for gimballess inertial navigational systems
ERROR CORRECTING DEVICE↗
Damping of interstellar plasma waves by the cosmic-ray gas.
Interstellar plasma wave damping by relativistic suprathermal particles, noting magnetosonic and Alfven waves
INTERSTELLAR GAS↗
A passive pendulum wobble damping system for a manned rotating space station.
Passive wobble damping system with pendulum damper designed for manned rotating space station
SPACE STATION↗
The Dynamics of a Spinning Solar Pressure- Stabilized Satellite with Precession Damping
Dynamic behavior of spinning solar pressure stabilized satellite with precession damping
RADIATION PRESSURE↗
Determination of plasma temperature and density distribution by refraction and damping of a beam
Determination of plasma temperature and density distribution by refraction and damping of beam
PLASMA TEMPERATURE↗
Analysis of flexible baffles for damping tank sloshing.
Damping of liquid oscillations in cylindrical tanks, determining rigid and flexible baffle loss coefficients, baffle efficiency and maximum bending stress
OSCILLATING FLOW↗
Particulate damping in solid propellant combustion instability.
Aluminum powder damping of HF instability in solid propellant combustion in vortex burner
COMBUSTION STABILITY↗
Excitation and damping of drift waves.
Excitation and damping of drift waves in stable regime of ionized plasma radially confined by axial magnetic field
WAVE EXCITATION↗
Excitation and damping of drift waves.
Highly ionized plasma with excitation and damping of density and temperature drift waves in stable regime
PLASMA DENSITY↗
Damping gimballess inertial navigation systems.
Error damping procedures for gimballess inertial navigational systems
ERROR CORRECTING DEVICE↗
Particulate damping in solid-propellant combustion instability.
Aluminum powder damping of HF instability in solid propellant combustion in vortex burner
SOLID PROPELLANT↗