Spur gear surface endurance tests were conducted to investigate CBN ground AISI 9310 spur gears for use in aircraft applications, to determine their endurance characteristics and to compare the results with the endurance of standard vitreous ground AISI 9310 spur gears. Tests were conducted with VIM-VAR AISI 9310 carburized and hardened gears that were finish ground with either CBN or vitreous grinding methods. Test conditions were an inlet oil temeprature of 320 K (116 F), an outlet oil temperature of 350 K (170 F), a maximum Hertz stress of 1.71 GPa (248 ksi), and a speed of 10,000 rpm. The CBN ground gears exhibited a surface fatigue life that was slightly better than the vitreous ground gears. The subsurface residual stress of the CBN g...
Two groups of 3.50-in. pitch-diameter spur gears, without tip relief, made from consumable-electrode...
Surface pitting fatigue life tests were conducted with seven lubricants, using AISI 9310 spur gears....
Spur gear surface fatigue endurance tests were conducted to investigate hot forged powder metal AISI...
Spur gear endurance tests and rolling-element surface fatigue tests are conducted to investigate EX-...
Spur gear endurance tests and rolling element surface fatigue tests were conducted to study vacuum i...
Surface fatigue tests were conducted on two groups of AISI 9310 spur gears. Both groups were manufac...
Two groups of spur gears manufactured from two different materials and heat treatments were enduranc...
Surface pitting fatigue life tests were conducted with five lubricants, using spur gears made from a...
Gear endurance tests and rolling-element fatigue tests were conducted to compare the performance of ...
Gear endurance tests were conducted with one lot of consumable-electrode vacuum-melted (CVM) AISI 93...
Three high temperature gear materials were evaluated using spur gear surface fatigue tests. These ma...
Gear surface fatigue endurance tests were conducted on two groups of 10 gears each of carburized and...
Two groups of carburized, hardened, and ground spur gears that were manufactured from the same heat ...
Spur-gear fatigue tests were conducted with two lubricants using a single lot of consumable-electrod...
Spur-gear surface fatigue tests were conducted with five lubricants using a single lot of consumable...
Two groups of 3.50-in. pitch-diameter spur gears, without tip relief, made from consumable-electrode...
Surface pitting fatigue life tests were conducted with seven lubricants, using AISI 9310 spur gears....
Spur gear surface fatigue endurance tests were conducted to investigate hot forged powder metal AISI...
Spur gear endurance tests and rolling-element surface fatigue tests are conducted to investigate EX-...
Spur gear endurance tests and rolling element surface fatigue tests were conducted to study vacuum i...
Surface fatigue tests were conducted on two groups of AISI 9310 spur gears. Both groups were manufac...
Two groups of spur gears manufactured from two different materials and heat treatments were enduranc...
Surface pitting fatigue life tests were conducted with five lubricants, using spur gears made from a...
Gear endurance tests and rolling-element fatigue tests were conducted to compare the performance of ...
Gear endurance tests were conducted with one lot of consumable-electrode vacuum-melted (CVM) AISI 93...
Three high temperature gear materials were evaluated using spur gear surface fatigue tests. These ma...
Gear surface fatigue endurance tests were conducted on two groups of 10 gears each of carburized and...
Two groups of carburized, hardened, and ground spur gears that were manufactured from the same heat ...
Spur-gear fatigue tests were conducted with two lubricants using a single lot of consumable-electrod...
Spur-gear surface fatigue tests were conducted with five lubricants using a single lot of consumable...
Two groups of 3.50-in. pitch-diameter spur gears, without tip relief, made from consumable-electrode...
Surface pitting fatigue life tests were conducted with seven lubricants, using AISI 9310 spur gears....
Spur gear surface fatigue endurance tests were conducted to investigate hot forged powder metal AISI...