Application of Recent Static Adhesion Data to the Adhesion Theory of Friction
Application of recent static adhesion data to adhesion theory of friction
FRICTION↗
SEARCH · Engineering Papers
Results for “Friction”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
The influence of the atomic nature of crystalline materials on friction
Influence of atomic nature of crystalline materials on friction
CRYSTAL LATTICE↗
Recrystallization and preferred orientation in single-crystal and polycrystalline copper in friction studies
Friction characteristics and interfacial recrystallization of single-crystal and polycrystalline copper sliding on aluminum oxide
SLIDING FRICTION↗
Wear and friction of impregnated mechanical carbons at temperatures to 1400 deg F /760 deg C/ in air or nitrogen
Wear and friction of impregnated mechanical carbons at high temperatures in air or nitrogen
CARBON↗
Turbulent skin friction and heat-transfer charts adapted from the Spalding and Chi method
Local and average skin friction and heat transfer on flat plates in air - charts
SKIN FRICTION↗
Correlation of friction coefficients for laminar and turbulent flow with ratios of surface to bulk temperature from 0.35 to 7.35
Correlation equation of friction coefficient for laminar and turbulent flow at large ratios of surface to fluid-bulk temperature
HEAT TRANSFER↗
Effect of recrystallization on friction properties of some metals in single-crystal and polycrystalline form
Recrystallization effect on sliding friction of metals in single-crystal polycrystalline form
POLYCRYSTAL↗
The design and construction of floating- element skin-friction balances for use at 50 deg to 150 deg F
Design and construction of floating element skin friction balances
BALANCE↗
The influence of various physical properties of metals on their friction and wear behavior in vacuum.
Physical properties of metals influence on friction, adhesion, wear and welding tendency in vacuum
PHYSICAL PROPERTY↗
Direct measurement of compressible, turbulent boundary layer skin friction on a porous flat plate with mass injection.
Skin friction under mass injection on porous flat plate in supersonic turbulent flow
SUPERSONIC FLOW↗
A note concerning the friction stress acting upon moving dislocation as derived from current microstrain studies.
Friction stress acting upon moving dislocation derived from microstrain studies
STRESS CYCLE↗
Dynamical friction.
Chandrasekhar dynamical friction theory for star in cluster adapted to Fokker-Plank electron in two-component plasma theory and including multiple encounters
STAR CLUSTER↗
The influence of internal friction on the stability of high speed rotors.
Influence of internal friction on high speed rotor stability using motion equation, noting bearing support flexibility and damping role
ROTARY STABILITY↗
The friction stress acting upon moving dislocation as derived from current microstrain studies.
Friction stress acting upon moving dislocation derived by microstrain methods is meaningful under limited conditions
STRESS-STRAIN DISTRIBUTION↗
The influence of various physical properties of metals on their friction and wear behavior in vacuum.
Physical properties of metals influence on friction, adhesion, wear and welding tendency in vacuum
METAL↗
Contribution to the friction coefficient from time correlations between hard and soft molecular interactions.
Contribution to friction coefficient from time correlations between hard and soft molecular interactions evaluated, using linear trajectory approximation
FRICTION COEFFICIENT↗
Cold welding tendencies and frictional studies of clean metals in ultra-high vacuum.
Cold welding tendencies and frictional studies of clean metal combinations under ultra high vacuum
ULTRAHIGH VACUUM↗
A method of correlating local and average friction coefficients for both laminar and turbulent flow of gases through a smooth tube with surface to fluid bulk temperature ratios from 0.35 to 7.35.
Correlation method for local and average friction coefficients of laminar and turbulent gas flow through smooth tubes
DATA CORRELATION↗