Engineering & Materials Science
Molecular dynamics
100%
Thin films
47%
Liquid films
45%
Computer simulation
38%
Journal bearings
29%
Lubrication
26%
Substrates
20%
Atoms
19%
Copper
18%
Crystal growth from melt
17%
Solidification
16%
Electric fields
15%
Temperature
14%
Light emitting diodes
13%
Nanotubes
13%
Single-walled carbon nanotubes (SWCN)
13%
Film growth
12%
Topology
12%
Thermosyphons
12%
Carbon
12%
Molecules
12%
Sputtering
12%
Linear stability analysis
11%
Film thickness
11%
Shear stress
11%
Feedback control
10%
Indentation
10%
Giant magnetoresistance
10%
Cones
10%
Crystals
10%
Water
9%
Reynolds equation
9%
Electronic properties
9%
Gases
9%
Heat transfer
9%
Surface roughness
8%
Nanoindentation
8%
Magnetic recording
8%
Energy gap
8%
Ions
8%
Hot Temperature
8%
Numerical methods
8%
Hydrodynamics
8%
Diamonds
8%
Dimers
7%
Synchronization
7%
Fullerenes
7%
Oils and fats
7%
Chemical Compounds
Molecular Dynamics
38%
Simulation
36%
Lubrication
32%
Liquid Film
31%
Bearing
29%
Flow
27%
Solidification
20%
Porosity
17%
Electric Field
16%
Czochralski Process
16%
Shear Stress
15%
Nanocone
14%
Velocity
13%
Surface
12%
Biot Number
12%
Heat Transfer
12%
Time
12%
Energy
12%
Shear
11%
Structure-Activity Relationship
11%
Force
11%
Sputtering
10%
Hydrodynamics
10%
Giant Magnetoresistance
10%
Single Walled Nanotube
8%
Weber Number
8%
Nanotube
8%
Shape
7%
Gas
7%
Carbon Atom
7%
Length
7%
Cylinder
6%
Wavenumber
6%
Nonlinear Dynamics
6%
Reynolds Number
6%
Inertia
6%
Cooling
6%
Kinematics
6%
Diamond
6%
Rotamer
6%
Thermal Conductivity
5%
Young's Modulus
5%
Armchair Carbon Nanotube
5%
Friction Coefficient
5%
Liquid-Solid Interface
5%
Thermal Wave
5%
Van Der Waals Potential
5%
Physics & Astronomy
molecular dynamics
67%
journal bearings
36%
simulation
31%
lubrication
27%
nonlinear evolution equations
16%
liquids
15%
energy
14%
carbon nanotubes
14%
crystal growth
12%
atoms
11%
feedback control
11%
thin films
11%
electric fields
11%
synchronism
11%
graphite
10%
light emitting diodes
10%
vapor deposition
10%
planetary waves
9%
thermosiphons
9%
performance
9%
roughness
8%
carbon
8%
nanotubes
8%
shear stress
8%
sputtering
8%
film thickness
7%
slip flow
7%
electronics
7%
heat transfer
7%
temperature
7%
magnetic recording
7%
interatomic forces
6%
radii
6%
buckling
6%
hydrodynamics
6%
luminance
6%
Reynolds equation
6%
Biot number
6%
surfactants
6%
surface properties
5%
water
5%
static characteristics
5%
adsorption
5%
copper
5%
topology
5%
steady flow
5%
thresholds
5%
chutes
5%
controllers
5%
Rayleigh number
5%
