Engineering & Materials Science
Mortar
100%
Textiles
99%
Composite materials
60%
Slags
45%
Fly ash
40%
Lime
40%
Brick
36%
Fibers
34%
Asphalt
27%
Reinforced concrete
27%
Clay
22%
Microstructure
21%
Mechanical properties
21%
Reaction products
20%
Gels
18%
Repair
18%
Drying
17%
Portland cement
17%
Glass
16%
Geopolymers
16%
Moisture
15%
Durability
15%
Debris
14%
Aging of materials
14%
Curing
14%
Nanocellulose
14%
Tsunamis
14%
Limestone
14%
Hydraulics
13%
Water absorption
12%
Cracks
12%
Reinforcement
12%
Compressive strength
12%
Cements
12%
Polyvinyl alcohols
12%
Basalt
11%
Powders
11%
Asphalt concrete
11%
Water
10%
Cyclic loads
10%
Asphalt mixtures
10%
Substrates
10%
Concrete construction
10%
Glass fibers
10%
Concretes
9%
Hydrodynamics
9%
3D printers
9%
Carbon
8%
Strain rate
8%
Sand
8%
Chemistry
Composite Material
57%
Fiber
43%
Slag
38%
Shear
21%
Microstructure
20%
Compression Strength
20%
Blast Furnace
20%
Glass
16%
Mastics
15%
Environmental Process
13%
Curing
12%
Simulation
11%
Application
11%
Reinforced Plastic
11%
Weathering
11%
UV Radiation
10%
Surface
10%
Gel
10%
Mechanics
10%
Bend Strength
10%
Tension
8%
Hydrodynamics
8%
Time
7%
Hygroscopy
7%
Mixture
7%
Length
7%
Pore
6%
Crystallization
6%
Strength
6%
Force
6%
Hysteresis
6%
Fume
5%
Alcohol
5%
Chemistry
5%
Meso Isomer
5%
Strain Hardening
5%
Alkali
5%
Earth & Environmental Sciences
masonry
42%
mortar
29%
brick
28%
textile
17%
moisture
15%
cement (construction material)
15%
hydrodynamics
14%
reinforced concrete
12%
modeling
11%
lime
10%
tensile strength
9%
test
9%
debris flow
9%
strain rate
9%
container
9%
hydraulics
8%
clay
8%
simulation
7%
tsunami
7%
drying
7%
compressive strength
6%
diffusivity
6%
ductility
6%
laboratory experiment
6%
material
5%
carbon
5%
curvature
5%
