Friction and wear properties - Globe Thesis

Keyword [Friction and wear properties] Result: 41 - 59 \| Page: 3 of 3
41.	Surface Shaping Treatments And Effect On Friction And Wear Properties Of High-Silicon Aluminum Alloy Cylinder Liner
42.	Synthesis And Research Of Graphene Oxide And Its Composite Material As Water-based Lubrication Additives
43.	Study On Tribological Properties Of Impregnated Graphite Pairing With Nitriding Steel
44.	Study On The Effect Of Friction And Wear Properties Of Hot Formed High Strength Steel On Die Steel
45.	Study On Microstructure And Properties Of Laser Remanufactured Fe-based Alloy Cladding Layers On H13 Die Steel
46.	Simulation And Experimental Study On Friction And Wear Properties Of Combined Dynamic Seal Structure
47.	Study On Friction And Wear Properties Of Water Lubricated Bearings Modified By Carbon Nanomaterials With Different Dimensions
48.	Study On The Friction And Wear Properties Of Water-Lubricated Rubber Stem Tube Bearing Reinforced By Silica
49.	Effect Of Third Body On Friction And Wear Properties Of Friction Pairs Of Wind Turbine Brake
50.	Simulation And Experimental Study On High-speed Friction And Wear Properties Of Aircraft Tire
51.	The Influence Of Kaolin Lubricating Oil Additive On Friction And Wear Properties Of Piston Ring
52.	Study On The Preparation Of MWNT Reinforced Water Lubricated Rubber Bearing And Its Friction And Wear Properties
53.	Study On Preparation Of UHMWPE Modified Water Lubricated Bearing Material And Its Friction And Wear Properties
54.	Study On The Preparation And Friction And Wear Properties Of The Tool Materials For Stone Processing
55.	Experimental Study On Sliding Friction And Wear Properties Of Four Rigid Catenary Wire-pantograph Strip Couples With Direct Current
56.	Effect Of Bionic Micro Texture On Friction And Wear Properties Of Journal Bearing
57.	Study On Preparation And Friction And Wear Properties Of Copper-based Graphite Self-lubricating Bearings
58.	Research On Friction And Wear Properties And Numerical Simulation Of Projectile Band Of Copper Alloy
59.	Study On Friction And Wear Properties Of Brake Pad Material For Medium-low Speed Maglev Train
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