Engineering & Materials Science
Characterization (materials science)
100%
Composite materials
99%
Geopolymer concrete
83%
Ultra-high performance concrete
80%
Geopolymers
74%
Fiber reinforced materials
60%
Mortar
57%
Adhesives
51%
Cellulose
46%
Powders
46%
Drying
45%
Reinforcement
45%
Glass
45%
Acoustic waves
44%
Cracks
38%
Metals
36%
Hardening
28%
Portland cement
28%
Tensile strength
24%
Mineral wool
22%
Sound insulation
20%
Correlation methods
19%
Acrylics
19%
Bearing capacity
19%
Thermal expansion
19%
Specific surface area
18%
Loudspeakers
18%
Concretes
17%
Polystyrenes
16%
Bending tests
15%
Rebar
15%
Gels
14%
Compressive strength
14%
Braking
14%
Materials properties
13%
Grouting
13%
Foams
13%
Patient rehabilitation
13%
Yield stress
12%
Silicones
12%
Porosity
12%
Insulation
12%
Plastics
12%
Electronic equipment
12%
Chemical attack
10%
Fibers
9%
Slags
9%
Forms (concrete)
9%
Sewers
8%
Geometry
8%
Composite structures
7%
Adhesive joints
7%
Minerals
7%
Chemistry
Thermal Expansion
60%
Sound Absorption
45%
Porosity
33%
Freeze Drying
31%
Compression Strength
30%
Composite Material
28%
Absorption Maxima
27%
Foam
25%
Tensile Strength
24%
Mineral
23%
Specific Surface Area
22%
Strength
18%
Gel
17%
Time
10%
Application
8%
Earth & Environmental Sciences
traffic
47%
passenger transport
41%
road
40%
megacity
33%
reinforced concrete
33%
pedestrian
33%
rainwater
29%
roof
25%
material
23%
vehicle
22%
fiber
21%
demand
18%
speed
18%
city
16%