Earth & Environmental Sciences
ash
14%
Atterberg limit
7%
base course
15%
bearing capacity
53%
bentonite
8%
cement (construction material)
20%
cohesion
9%
compaction
13%
comparative study
9%
compressibility
7%
compressive strength
8%
desert
28%
diesel
8%
dry density
6%
dune
33%
dust
12%
evaluation
8%
experimental study
8%
footing
65%
friction
5%
geogrid
11%
geotechnical property
14%
hydraulic conductivity
11%
incinerator
9%
laboratory test
7%
landfill liner
25%
material
5%
municipal solid waste
17%
oil
5%
pavement
18%
permeability
6%
petroleum
6%
pipe
6%
plastic
7%
road
11%
road construction
10%
sand
59%
shale
6%
shear strength
14%
slurry
8%
soil
13%
stabilization
17%
test
6%
waste incinerator
21%
Engineering & Materials Science
Ashes
18%
Bearing capacity
63%
Cements
21%
Clay
7%
Compaction
18%
Compressibility
5%
Compressive strength
9%
Curing
9%
Drilling
7%
Durability
7%
Dust
17%
Friction
7%
Gasoline
8%
Hydraulic conductivity
14%
Land fill
10%
Limiters
5%
Mineralogy
12%
Moisture
6%
Municipal solid waste
22%
Oils
5%
Pavements
8%
Pipe
6%
Plastic pipe
12%
Portland cement
8%
Quartz
6%
Refuse incinerators
23%
Reinforcement
6%
Road construction
11%
Rocks
7%
Sand
100%
Shale
10%
Shear strength
15%
Silt
6%
Soil cement
7%
Soils
31%
Stabilization
18%
Steel tanks
5%
Structural properties
5%
Agriculture & Biology
ash (inorganic matter)
17%
ash content
8%
cement
18%
cohesion
8%
compressibility
5%
compression strength
10%
deserts
24%
dune sand
37%
dust
17%
engineering
15%
friction
5%
gasoline
9%
hydraulic conductivity
6%
incinerators
27%
laboratory experimentation
7%
municipal solid waste
22%
Oman
5%
permeability
6%
pipes
9%
plastic pipes
13%
sand
61%
shear strength
12%
shears
7%
soil
17%
soil quality
6%
soil stabilization
6%
testing
16%