Application of a double linear damage rule to cumulative fatigue
Cumulative metal fatigue damage predicted by double linear damage rule with formulas for crack formation and propagation
DAMAGE↗
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Results for “double”
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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Ballistic limit of double-walled meteoroid bumper systems
Mathematical model for determining ballistic limit of double-walled meteoroid bumper systems
SPACECRAFT STRUCTURE↗
Double Charge Exchange of 50-176 Mev Pi Negative Minus Mesons in Photoemulsion
Double charge-exchange cross sections of 50 to 176 MeV pion mesons measured on photoemulsion nuclei
PION↗
Double-acting, rotary solenoid actuated shutter
Double acting, rotary solenoid-actuated shutter for Surveyor spacecraft cameras
SOLENOID↗
Experimental verification of a double-dead time model describing chugging in liquid bipropellant rocket engines
Experimental verification of double dead time model describing chugging in liquid bipropellant rocket engines
LIQUID PROPELLANT ROCKET ENGINE↗
A compatible double sideband/single sideband/ constant bandwidth FM telemetry system for wideband data.
Compatible double sideband/single sideband/constant bandwidth FM telemetry system for wideband data
SIDEBAND↗
Single and double integration in the method of variation of parameters.
Single and double integration in method of variation of parameters for mean longitude or anomaly analyzed for influence on set not including such function
VARIATION METHOD↗
A double-guarded cold-plate thermal- conductivity apparatus.
Double-guarded cold plate apparatus for measuring thermal conductivity of multilayer insulations, powders, fibers and foams
THERMAL INSULATION↗
Application of a double linear damage rule to cumulative fatigue.
Double linear damage rule for predicting cumulative fatigue damage, crack initiation and propagation and fatigue life, noting improved accuracy
CRACK FORMATION↗
Experimental verification of a double-dead-time model describing chugging in liquid- bipropellant rocket engines.
Stability boundaries of double-dead-time model describing chugging in liquid bipropellant rocket engine
ANALOG COMPUTER↗
A study of trace contaminant identification by microwave double resonance spectroscopy
Trace contaminant identification using microwave double resonance spectroscopy
Flynn, G. W.↗
A piloted simulator study of takeoff performance and handling qualities of a double delta supersonic transport
Simulated flight test of double-Delta supersonic transport for performance characteristics, handling qualities, and climbing characteristics
Jackson, C. T., Jr.↗
Low-subsonic flight and force investigation of a supersonic transport model with a double-delta wing
Low speed static and dynamic stability tests on scale model of double-delta supersonic commercial air transport configuration
Freeman, D. C., Jr.↗
Experimental verification of a double dead time model describing chugging in liquid bipropellant rocket engines
Double dead-time model for combustion stability analysis in liquid bipropellant rocket engines
Szuch, J. R.↗
Penetration resistance of double sheet structures at velocities to 8.8 km/sec
Penetration resistance of aluminum double sheet targets to projectile impact
Nysmith, C. R.↗
The double containment tantalum-stainless steel SNAP-8 boiler
Development and testing of double containment tantalum-stainless steel mercury boiler for SNAP 8 space power system
Gertsma, L. W.↗
Experimental Evaluation of Transonic Stators, Data and Performance Report, Double Circular Arc Stator
Transonic stator with double circular arc airfoils tested over range of flow angles and velocities
Bartok, J. A.↗
Mathematical determination of geometrical image aberrations in single and double mirror systems
Mathematical determination of geometrical image aberrations in single and double mirror systems
Hurwitz, M. G.↗