Engineering & Materials Science
3D printers
9%
Centrifuges
80%
Compaction
39%
Compressibility
11%
Computer simulation
27%
Consolidation
65%
Debris
18%
Disaster prevention
9%
Disasters
21%
Earth (planet)
12%
Erosion
10%
Experiments
19%
Extreme weather
24%
Fault slips
56%
Faulting
83%
Finite difference method
52%
Finite element method
12%
Geological surveys
14%
Granular materials
12%
Highway systems
33%
Kaolinite
7%
Kinematics
7%
Land use
8%
Landforms
12%
Landslides
100%
Levees
86%
Numerical analysis
17%
Numerical models
48%
Piles
19%
Plastics
14%
Rain
65%
Reinforcement
14%
Reliability analysis
20%
Retaining walls
9%
Rocks
59%
Safety factor
8%
Sand
43%
Satellite imagery
9%
Satellites
8%
Sedimentation
15%
Sediments
7%
Shear bands
87%
Shear strength
28%
Shearing
10%
Soils
61%
Spatial distribution
22%
Surface roughness
41%
Uncertainty
35%
Water levels
18%
Watersheds
25%
Earth & Environmental Sciences
analysis
13%
bedding plane
9%
centrifugal model test
30%
compressibility
10%
compression
20%
consolidation
36%
dip
53%
discrete element method
51%
distribution
10%
earth pressure
18%
earthquake event
8%
effect
8%
experiment
8%
failure mechanism
84%
fault slip
12%
faulting
37%
friction
14%
growth fault
53%
laboratory
12%
laboratory test
10%
landslide
44%
levee
88%
modeling
13%
motorway
33%
normal fault
40%
overburden
19%
parameter
10%
pile
17%
pile group
26%
plastic
15%
rainfall
52%
retaining wall
17%
return period
25%
reverse fault
12%
rock
24%
roughness
44%
rupture
24%
sand
17%
scale effect
22%
shallow soil
13%
shear band
43%
shear strength
28%
shear test
17%
simulation
26%
sliding
31%
soft rock
25%
soil layer
18%
test
11%
thrust fault
26%
water level
16%