Engineering & Materials Science
Brick
100%
Wire
69%
Polypropylenes
67%
Steel
54%
Mortar
36%
Reinforcement
35%
Ductility
34%
Earthquakes
30%
Load limits
29%
Shear strength
28%
Fly ash
27%
Clay
26%
Bending strength
24%
Costs
21%
Polyethylene terephthalates
19%
Seismic response
19%
Concrete aggregates
18%
Fibers
16%
Civil engineering
15%
Stiffness
14%
Failure modes
13%
Plastics
11%
Environmental engineering
10%
Reinforced concrete
10%
Friction
10%
Energy dissipation
9%
Retrofitting
8%
Elastic moduli
8%
Bending tests
8%
Testing
7%
Concrete construction
7%
Concrete slabs
5%
Diaphragms
5%
Timber
5%
Developing countries
5%
Degradation
5%
Cracks
5%
Chemical Compounds
Shear Strength
53%
Poly(propylene)
45%
Ductility
40%
Shear
38%
Bend Strength
37%
Strength
19%
Dissipation
16%
Moment of Inertia
10%
Tension
10%
Corrosion
10%
Crack Propagation
10%
Displacement
10%
Shear Modulus
9%
Fiber
9%
Weight
9%
Volume
8%
Energy
7%
Safety
6%
Compression Strength
5%
Earth & Environmental Sciences
mortar
20%
plastic waste
18%
flexure
18%
carrying capacity
18%
masonry
17%
shear strength
6%
ductility
5%
fiber
5%