Engineering & Materials Science
Concretes
61%
Polymers
60%
Fog
44%
Carbon fiber reinforced plastics
40%
Salts
40%
Laminates
36%
Glass fibers
35%
Debonding
33%
Fibers
30%
Reinforced concrete
29%
Degradation
28%
Composite materials
28%
Steel
25%
Saline water
23%
Carbon fibers
21%
Aging of materials
20%
Temperature
18%
Adhesives
17%
Bond length
16%
Durability
15%
Reinforcement
14%
Compressive stress
13%
Sodium sulfate
13%
Corrosion
12%
Superconducting transition temperature
11%
Sodium chloride
11%
Blasting
11%
Rebar
11%
Failure modes
9%
Sulfates
9%
Culverts
9%
Stiffness
8%
Weathering
8%
Glass transition
8%
Polymer concrete
8%
Fiber reinforced plastics
8%
Adhesion
7%
Embankments
7%
Analytical models
7%
Rails
7%
Axial compression
7%
Deterioration
7%
Strength of materials
7%
Compaction
7%
Cracks
7%
Nonlinear analysis
7%
Ballistics
7%
Mortar
7%
Moisture
7%
Numerical analysis
7%
Chemistry
Reinforced Plastic
100%
Fog
60%
Strength
25%
Glass
24%
Carbon Fiber
22%
Shear
18%
Composite Material
17%
Fiber
16%
Blasting
14%
Corrosion
14%
Bond Length
13%
Plate Like Crystal
12%
Fatigue Limit
11%
Environment
11%
Polymer Concrete
11%
Sodium Sulfate
11%
Glass Transition Temperature
10%
Tensile Strength
10%
Material Degradation Process
9%
Fracture Energy
9%
Cohesion
8%
Humidity
7%
Sodium Chloride
7%
Sulfate
7%
Diffusion
7%
Weathering
6%
Energy
6%
Sorption
6%
Rod Like Crystal
6%
Indicator
5%
Chloride
5%
Surface
5%