Evaluation of lubricants for high-temperature ball bearing applications.
High temperature lubricants for ball bearing applications, discussing bearing endurance and rolling-contact fatigue tests on synthetic paraffinic oil
Engineering topics
Publications and source records attributed to Zaretsky, E. V..
High temperature lubricants for ball bearing applications, discussing bearing endurance and rolling-contact fatigue tests on synthetic paraffinic oil
Temperature limitations of polyphenyl ethers, esters, and hydrocarbon base lubricants in small bore ball bearings
Rolling contact bearing torque measurements and fatigue life tests of high temperature lubricants
Five-ball fatigue tester to investigate reduced pressure environment effect on rolling element fatigue life with polyphenyl ether
Five-ball fatigue tester makes possible the study of rolling element phenomena. The device consists of a driven test ball pyramided upon four lower balls positioned by a separator and free to rotate in an angular contact raceway.
Rolling element fatigue lives of hollow and solid one-half inch diameter ball bearings
Relative wear of low and high temperature self lubricating polytetrafluoroethylene cage materials tested in ball bearings operating at high speeds at various temperatures
Effects of high temperature, material hardness, and lubricants on wear of bearing cage materials
Rolling contact bearing lubrication and fatigue life in reduced pressure environment
Wear characteristics of low and high temperature self lubricating bearing cage materials
Rolling-element bearings design and material processing for special conditions, noting stress and fatigue
Rolling-element bearing material technology, examining fatigue effect of material properties and processing variables
Improving load capacity and fatigue life of rolling element systems in rockets and missiles
Friction due to ball motion in angular contact ball bearing
Extreme temperature, vacuum, and chemically active fluid effects on bearing and sealing materials and lubricants
Rolling contact lubrication characteristics of polyphenyl ethers and mineral oils at reduced pressures
Rolling contact fatigue tests on ball bearings to determine relation between actual component hardness differences of bearing fatigue life and scatter
Component hardness differences of SAE 52100 steel effect on bearing fatigue, using five-ball fatigue tester and rolling element bearings