wear and friction - Globe Thesis

Keyword [wear and friction] Result: 1 - 20 \| Page: 1 of 4
1.	A Study On Processing And Enhancing Properties Of Ultrahigh Molecular Weight Polyethylene
2.	The Properties Of Flame-sprayed Nylon1010 And Its Composite Coatings
3.	Research On Surface Nano-crystalline And Related Metallography Problems In Pure Iron And Its Alloys
4.	A Study On The Wear And Friction Properties As Well As The Wear Mechanisms Of SiC/Fe-Based Composites
5.	Research On The Manufacturing Process, Microstructure And Mechanical Properties Of WC/Steel-Based Composites Made By Electroslag Melting And Casting Method
6.	Study On Preparation And Tribological Properties Of UP/MMT Nanocomposites And FRP Modified By O-MMT
7.	Research On The Microstructure And Wear Resistance Of The Steel Matrix Composites Produced By Electroslag Melting And Casting Technique
8.	Analysis Of The Wear And Friction On The Surface Of Carbide Cemented Drawing Die For Copper Tube And Research On Service Life
9.	Tribological Performance Study And Preparation Of Different EP Additives For Lubricating Oil
10.	Study On In-Situ Particle-Reinforced Al-10Sn Matrix Anti-Friction Composites
11.	Study On Nanometer Particles As Anti-wear And Anti-press Additive In Lubricating Oil
12.	Study On Microstructure, Properties And Deformation Behavior Of Mg₉₆Zn₁Y₃ Alloys Doped With Si
13.	Research On Microstructure And Properties Of Mg-Y-Nd Alloys
14.	Study On Microstructure And Mechanical Properties Of High Manganese ZA35 Alloy By Spray Forming Process
15.	Failure Analysis And Surface Strengthening Of H13 Gear Dies For Precision Forging
16.	Research On Mechanical Properties At High Temperature And Tribological Characteristic On Mg₉₇Zn₁Y₂ Alloys
17.	Preparation, Characterization And Application Of MoS₂, WS₂ Nanomaterials
18.	Tribological Performance Of Cerium Oxide And Copper Nanoparticles As Lubricating Additives
19.	Effects Of Si And Si-Sb Added On The Microstructure And Mechanical Properties Of AZ91 Magnesium Alloy
20.	Microstructure And Wear Resistance Of The Modified Layer Formed On TiAl Based Alloy
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