Powder metallurgy - Globe Thesis

Keyword [Powder metallurgy] Result: 1 - 20 \| Page: 1 of 10
1.	Study Of Copper-matrix Friction Materials By Powder Metallurgy And Its High Temperature Fatique Wear Properties And Dynamic Behaviors
2.	Study On Porous TiNi Shape Memory Alloy
3.	Research Of Gradual Copper-Graphite Self-lubrication Materials And Its Tribology Property
4.	Laser Surface Modification Of Copper-based Powder Metallurgy Friction Materials
5.	Fabrication Of Foamed Aluminium And Finite Element Simulation
6.	Study On The Mechanical Properties Of (Ti,V)C/Fe Produced By In-situ Synthesis
7.	Research On Composite Processing Methods And Their Microstructure And Properties Of The High Strength Fe-based P/M Materials
8.	Research On Theory And Application Of 3D GUBET For Sintered Powder Metallurgy Materials
9.	Studies On Densification Mechanism And Warm Compaction Behavior Of Powder Metallurgy Materials
10.	Study On The Preparation And High Temperature Deformation Behavior Of TiAl Based Alloys
11.	Investigation Of Fabrication, Structure And Properties Of Carbon Nanotube Reinforced Aluminum Matrix Composites
12.	Graphitization Of Nanodiamond And Properties Of Nanodiamond/Cu Composite
13.	Study On The Mechanics Performance Of Nickel-base Powder Metallurgy (PM) Superalloy And Applying In Turbine Disk
14.	Research On Rapidly Solidified AZ91 Magnesium Alloy And AZ91 Composite Reinforced By Ceramic Paticles
15.	Sintering Behaviour And Mechanical Properties Of Powder Metallurgy M3:2 High Speed Steels
16.	Study On Synthesis Technology And Mechanism Of Boron-doped Diamond Single Crystal In Fe-Ni-C-B System Under HPHT
17.	Study On The Process, Structures And Properties Of Sintering-Boronizing Of Fe-based Powder Metallurgy Materials
18.	Study On Preparation And Properties Of Aluminum Matrix Composites Reinforced By SiC Particles And Carbon Fibers
19.	Preparation And Surface Modification Of Porous NiTi Shape Memory Alloys
20.	Rolling And Heat-treatment Process For Fabrication Of High Silicon Steel Sheet By Powder Metallurgy Method
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