Engineering & Materials Science
Computer hardware
9%
Computer simulation
8%
Contact angle
9%
Crack initiation
8%
Engineering education
9%
Engineering technology
31%
Engines
16%
Experiments
11%
Fatigue of materials
11%
Fibers
25%
Filament winding
46%
Film thickness
20%
Flow of fluids
28%
Fluid Power
8%
Fluids
38%
Fourier series
9%
Fuel cells
29%
Fusion reactions
13%
Geometry
18%
Gold
35%
Heat transfer
30%
Hot Temperature
26%
Magnesium alloys
34%
Mechanical engineering
19%
Membranes
19%
Metal foil
20%
Microfabrication
26%
Microstructure
15%
Molecular dynamics
37%
Molecules
10%
Nanostructures
40%
Open systems
9%
Oscillating flow
29%
Porosity
9%
Porous materials
11%
Regenerators
100%
Resins
16%
Stirling cycle
25%
Stirling engines
45%
Students
24%
Superhydrophilicity
13%
Temperature
13%
Thermodynamics
11%
Thermosets
20%
Volume fraction
16%
Water
39%
Welding
13%
Welds
9%
Wetting
16%
Chemical Compounds
Crack Initiation
8%
Crack Propagation
7%
Cylinder
12%
Elastic Deformation
12%
Energy Parameter
20%
Fatigue Limit
10%
Filament
16%
Flow
32%
Flow Kinetics
6%
Fuel
13%
Gold Atom
5%
Heat
19%
Heat Transfer
27%
Industry
9%
Liquid Film
18%
Magnesium Alloy
39%
Mass Transfer
11%
Microstructure
22%
Molecular Dynamics
8%
Nanomaterial
18%
Pellet
16%
Plastic Deformation
10%
Porosity
19%
Pressure
9%
Purification
5%
Simulation
45%
Strain
17%
Strength
10%
Surface
12%
Time
5%
Turbulence
11%
Velocity
15%
Volume
6%
Waste Heat
7%
Physics & Astronomy
activation
5%
crack initiation
8%
direct numerical simulation
16%
evaporation
5%
fatigue (materials)
6%
film thickness
5%
filters
11%
fluid flow
18%
fluids
12%
fusion welding
28%
heat transfer
17%
learning
18%
liquids
10%
magnesium alloys
37%
membranes
12%
microstructure
13%
oscillating flow
24%
pellets
16%
simulation
8%
slip
19%
students
16%
turbulence effects
5%
velocity distribution
5%
water
13%
welding
17%
wettability
5%
