Physics & Astronomy
metal matrix composites
97%
alloying
70%
surface layers
69%
lasers
34%
titanium alloys
18%
dilution
17%
industries
14%
rotating shafts
13%
dry friction
12%
sliding friction
12%
worms
11%
boron carbides
11%
evaluation
11%
tungsten carbides
11%
automobiles
10%
turbine blades
10%
composite materials
10%
debris
9%
high aspect ratio
9%
reinforcement
9%
coefficient of friction
8%
sliding
8%
microhardness
8%
balls
8%
aspect ratio
8%
deposits
8%
surface roughness
7%
manufacturing
7%
engineering
6%
ceramics
5%
Engineering & Materials Science
Alloying
92%
Lasers
60%
Wear of materials
58%
Metals
51%
Composite materials
46%
Dilution
19%
Titanium alloys
18%
Aspect ratio
16%
Boron carbide
12%
Friction
12%
Tungsten carbide
10%
Debris
9%
Nuclear energy
9%
Microhardness
8%
Deposits
8%
Turbomachine blades
8%
Automobiles
8%
Industry
7%
Surface roughness
7%
Repair
7%
Powders
7%
Reinforcement
7%
Turbines
6%
Chemical Compounds
Metal Matrix Composites
100%
Alloying
82%
Wear
75%
Surface
25%
Titanium Alloy
21%
Dilution
14%
Nuclear Power
13%
Industry
13%
Shaft
12%
Turbine
11%
Tungsten Carbide
11%
Friction Coefficient
9%
Microhardness
9%
Surface Roughness
8%
Composite Material
8%
Boron Atom
7%
Ceramic
6%
Alloy
6%
Application
5%