gear steel - Globe Thesis

Keyword [gear steel] Result: 41 - 60 \| Page: 3 of 5
41.	Fast Prediction Of Fatigue Limit Of 20Cr2Ni4A Gear Steel Based On Infrared Thermography
42.	Effect Of Oxygen Content On Fatigue Properties Of Carburized Gear Steel
43.	Theoretical And Experimental Research On Residual Stress And Hardened Layer Of Hardened Gear Steel By Ultrasonic Vibration Grinding
44.	Research On Banded Microstructure Of 18CrNiMo7-6 Gear Steel
45.	Study On The Effect Of Ultrasonic Surface Rolling Process On Bending Fatigue Properties Of Carburized Gear Steel
46.	Research On Surface Compound Reinforcement Technology Design And Performance Of Gear Steel 18Cr2Ni4WA
47.	Study Of Production Optimization Of 20CrMnTi Steel During BOF-LF-VD-CC Process
48.	Control Of Banded Structure For 20CrMnTiH Series Gear Steel
49.	Research On Effect Of Ultrasonic-Assisted Ball Burnishing On Surface Integrity And Fatigue Properties Of 18CrNiMo7-6 Gear Steel
50.	Research On The Hot Deformation Behavior And Processing Map Of SAE8620RH Gear Steel
51.	Simulation And Experimental Valiadation On The Milling Of Gear Steel For Light Vehicle
52.	Research On 3D Surface Roughness Of High Speed Cylindrical Grinding And Design Of Grinding Force Measuring Device
53.	Effect Of Hot Processing Technology On Sulfide Morphology,microstructure And Property Of Gear Steel FAS3420H For Cold Heading
54.	Composite Strengthening Mechanism Of Vacuum Carburizing Of Gear Steel Assisted By Surface Nanocrystallization/Ion Implantation
55.	Microstructure And Distortion Of Niobium-containing 18CrNiMo7-6 Gear Steel After High-temperature Carburization
56.	Study On Control Of Non-metallic Inclusions In 20CrMnTi Gear Steel
57.	Simulation And Experimental Research On The Effect Of Shot Peening On The Surface Integrity Of Gear Steel
58.	Research On Strengthening And Toughening Mechanism Of Carburized Gear Steel C61 Under Different Heat Treatment Processes
59.	Carburizing Process And Fatigue Properties Of 18CrNiMo7-6 Gear Steel
60.	Research On Rolling Contact Fatigue Behavior And Failure Mechanism Of Gear Steel
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