Engineering & Materials Science
Brick
100%
Clay
81%
Slags
48%
Slate
43%
Lime
40%
Demolition
39%
Concretes
37%
Rocks
35%
Portland cement
29%
Self compacting concrete
27%
Compressive strength
26%
Mortar
25%
Strain rate
25%
Soils
22%
Fly ash
22%
Durability
21%
Sandstone
21%
Hot Temperature
17%
Glass
16%
Water absorption
16%
Ashes
15%
High temperature properties
14%
Plaster
13%
Disintegration
13%
Binders
13%
Steel
13%
Mechanical properties
13%
Shear strength
13%
Boundary conditions
13%
Particle size
13%
Heat losses
12%
Temperature
11%
Wetting
10%
Concrete aggregates
10%
Cements
10%
Earth (planet)
9%
Tunnels
8%
Viscosity
8%
Particles (particulate matter)
8%
Moisture
8%
Hydrates
7%
Microstructure
7%
Electron microscopy
6%
Condensation
6%
Testing
6%
Particle size analysis
6%
Neural networks
6%
Water levels
6%
Environmental impact
5%
Atmospheric pressure
5%
Earth & Environmental Sciences
brick
53%
masonry
39%
clay
27%
mudstone
24%
slate
24%
slag
23%
material
22%
strain rate
19%
compressive strength
18%
particle
17%
blast furnace
16%
triaxial test
16%
rock
15%
cement (construction material)
14%
waste glass
13%
lime
12%
shear test
11%
geotechnical property
11%
industrial process
11%
byproduct
11%
sandstone
10%
wetting
10%
shear strength
10%
fly ash
9%
tunnel
9%
carbon
8%
learning
8%
effect
8%
viscosity
8%
saturation
7%
consultancy
7%
health monitoring
7%
engineering
6%
test
6%
boundary condition
5%
teaching
5%
size effect
5%
laboratory test
5%
soil
5%
Chemical Compounds
Slag
45%
Fume
25%
Strength
23%
Blast Furnace
19%
Compression Strength
19%
Binding Agent
15%
Mixture
13%
Industry
12%
Shear Strength
11%
Microstructure
10%
Briquet
10%
Shear
9%
Electron Microscopy
9%
Fragmentation
8%
Mineral
8%
Thermal Resistance
7%
Application
7%
Strain
7%
Fuel
7%
Soil
6%
Sodium Silicate
6%
Resistance
6%
Calcium Hydroxide
6%
Gel
6%
Sodium Sulfate
5%
Thermal Conductivity
5%
Weight
5%
Tension
5%
