Engineering & Materials Science
Crashworthiness
60%
Lead-free solders
59%
Steam reforming
57%
Structural analysis
48%
Sports
48%
Ethanol
48%
Evaporation
47%
Soldering alloys
46%
Gasoline
45%
Temperature
40%
Catalysts
40%
Aerodynamics
38%
Energy absorption
34%
Heating
34%
Computer aided analysis
33%
Fatigue of materials
32%
Microstructure
32%
Drag
28%
Testing
24%
Computational fluid dynamics
24%
Hydrogen
22%
Shape optimization
16%
Ethanol fuels
16%
Hot Temperature
15%
Roofs
15%
Finite element method
14%
Wind tunnels
14%
Computer aided design
13%
Water gas shift
13%
Boundary conditions
12%
Doping (additives)
10%
Ball grid arrays
10%
Fatigue testing
9%
Radiation
9%
Adsorption
9%
Thermal cycling
9%
Computer simulation
8%
Microelectronics
8%
Lead
7%
Carbon
7%
Characterization (materials science)
6%
Thermal gradients
6%
Internal combustion engines
5%
Hydrocarbons
5%
Chemical Compounds
Thermomechanical Fatigue
100%
Solder
59%
Gasoline
50%
Mechanical Fatigue
44%
Evaporation
42%
Fuel
39%
Microstructure
32%
Ethanol
30%
Alloy
27%
Pressure
10%
Thermal Cycling
10%
Purity
9%
Internal Combustion Engine
9%
Microelectronics
8%
Surface Temperature
7%
Diffusion
7%
Heat Transfer
6%
Industry
5%
Multicomponent Reaction
5%
Physics & Astronomy
aerodynamics
51%
computational fluid dynamics
36%
drag
30%
wind tunnel tests
24%
shape optimization
23%
performance
21%
roofs
20%
computer aided design
18%
aircraft
17%
wings
16%
glass fibers
16%
emerging
14%
computer programs
11%
optimization
10%
profiles
8%
simulation
6%