Component hardness differences and their effect on bearing fatigue.
Component hardness differences of SAE 52100 steel effect on bearing fatigue, using five-ball fatigue tester and rolling element bearings
FATIGUE TEST↗
Engineering topics
Parker, R. J.
Publications and source records attributed to Parker, R. J..
Control of component differential hardness increases bearing life
Bearing fatigue life is maximized when the bearing ball or roller hardness is between one and two points greater than that of the bearing race as measured on the Rockwell C scale.
Anderson, W. J.↗
Apparatus for studying ball spinning friction
Measuring apparatus for studying ball bearing spinning friction
SPIN↗
Component Hardness Differences and Their Effect on Bearing Fatigue
Effect of steel component hardness differences on bearing fatigue and load capacity
BEARING↗
Surface failure of titanium carbide cermet and silicon carbide balls in rolling contact at temperatures to 2000 degrees f
Surface failure of titanium carbide cermet and silicon carbide ball in rolling contact at temperatures to 2,000-deg f
SILICON CARBIDE↗
DISCUSSION OF ASME PAPER NO. 62-LUBS-18, ''CONTACT TEMPERATURE PRODUCED DURING ROLLING WITH SPIN''. ASME PAPER NO. 62-LUBS-18
Contact temperature produced during rolling with spin
TEMPERATURE↗