Application of a method of estimating high temperature low cycle fatigue behavior of materials
Method of estimating high temperature, low-cycle strain fatigue behavior of materials from tensile and stress-rupture properties
STRAIN FATIGUE↗
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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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The microstrain behavior of beryllium single crystals.
Room temperature microstrain behavior of zone- refined single crystal beryllium examined as function of prestrain
TENSILE DEFORMATION↗
An analysis of the elastic behavior of a capacitance load cell.
Elastic behavior of load cell operating on variable capacitance principle designed to fit spaces restricted in one dimension
LOAD DISTRIBUTION↗
Higher Order Behavior in the Boltzmann Expansion of the Bogoliubov-Born-Green- Kirkwood-Yvon Hierarchy
Equations governing divergent many-body behavior within BBGKY hierarchy in Boltzmann approximation for cut-off potentials, noting nondivergent nature of solutions
BOGOLIUBOV THEORY↗
Static and dynamic behavior of the liquid-vapor interface during weightlessness.
Liquid-vapor interface in weightless environment noting dynamic behavior, configuration parameters and dependence on model size
LIQUID-VAPOR INTERFACE↗
Initial post-buckling behavior of toroidal shell segments.
Initial postbuckling behavior of double curvature shell segments under several loading conditions determined, using Koiter theory
ELASTIC BUCKLING↗
Effect of crosslink density on the creep behavior of natural rubber vulcanizates.
Torsional creep measurements on natural rubber volcanizates cross linked to various degrees complement studies on stress relaxation behavior and dynamic mechanical response
RUBBER↗
Global behavior of the ionosphere at 1000- kilometer altitude.
Electron temperature and concentration at 1000 km altitude, obtaining resolution of two full diurnal cycles of ionospheric behavior
IONOSPHERIC ELECTRON DENSITY↗
Study of electric arc behavior with superimposed flow.
Symptomatic behavior and anode regimes of arc for electric arc with superimposed subsonic flow of argon
ELECTRIC ARC↗
An experimental study of the behavior of high- current arcs driven by strong external magnetic fields.
Behavior of high current arcs driven by strong external magnetic fields with respect to hypersonic flow generation by MHD forces
HYPERSONIC FLOW↗
Nonideal behavior of rotating gravitational mass sensors.
Vibrational mode behavior of rotating gravitational mass sensors and sensor design to minimize nonideal effect of manufacturing and external disturbances
VIBRATION MODE↗
Stability theory and the asymptotic behavior of dynamical systems.
Stability and asymptotic behavior of dynamical systems defined by autonomous functional or partial differential equation and conditions for applying Liapunov theorem
STATIC STABILITY↗
A method of estimating high temperature low cycle fatigue behavior of materials.
Mechanical properties used to estimate low cycle fatigue behavior in creep range of components in high-temperature systems
CREEP ANALYSIS↗
On the stability constraints and oscillatory behavior of coupled systems.
Coupled systems stability constraints and oscillatory behavior, discussing feedback path nonlinearities using differential equations
NONLINEAR FEEDBACK↗
Secular behavior of a blue object near Cygnus X-2.
Secular behavior of optical properties of X-ray emitting object near Cygnus X-2
CYGNUS CONSTELLATION↗
Flow behavior of low molecular weight polybutadiene, carboxyl-polybutadiene, and butadiene-acrylonitrile copolymers.
Low molecular weight polymer flow behavior variation with shear rate, shear stress and temperature
FLOW CHARACTERISTICS↗
Symptomatic behavior of an electric arc with a superimposed flow.
DC electric arc in superimposed gas flow behavior in arc tunnel, discussing electrode geometry
GAS FLOW↗
An analytical and experimental examination of the effect of cryogenic propellant venting on orbital vehicle dynamic behavior.
Analytical prediction of cryogenic propellant venting effects on orbital vehicle dynamic behavior, emphasizing vent thrusting and gas impingement
GAS FLOW↗