Engineering & Materials Science
Concretes
100%
Cracks
28%
Concrete construction
27%
Ultra-high performance concrete
25%
Calibration
24%
Shale
22%
Reinforced concrete
22%
Silica
19%
Fracture energy
18%
Aging of materials
17%
Composite materials
15%
Fibers
15%
Fiber reinforced concrete
15%
Mortar
14%
Computer simulation
14%
Stiffness
14%
Hydration
14%
Cements
13%
Brittleness
13%
Constitutive equations
12%
Creep
12%
Solidification
12%
Fracture mechanics
10%
Experiments
10%
Mechanical properties
9%
Numerical models
8%
3D printers
8%
Compaction
8%
Struts
8%
Shear strength
8%
Sulfur
8%
Rocks
7%
High performance concrete
7%
Projectiles
7%
Tensile strength
7%
Bending tests
6%
Silica fume
6%
Reinforcement
6%
Atmospheric humidity
6%
Polymers
6%
Isotherms
6%
Sorption
6%
Laminates
6%
Temperature
6%
Water
6%
Moisture
6%
Decomposition
6%
Prestressed concrete
5%
Deterioration
5%
Chemical Compounds
Simulation
37%
Size Effect
35%
Strength
14%
Fracture Energy
12%
Homogenization
12%
Reinforced Plastic
10%
Fume
10%
Composite Material
10%
Construction Material
10%
Fiber
9%
Creep
8%
Strain
7%
Alkali
7%
Tensile Strength
7%
Heterogeneity
7%
Shear Strength
6%
Compression Strength
6%
Tension
6%
Strain Hardening
6%
Column Like Crystal
6%
Shape
5%
Curing
5%
Length
5%
Fracture Mechanics
5%
Humidity
5%
Volume
5%
Mathematics
Reinforced Concrete
23%
Concrete Structures
15%
Desiccation
13%
Model
13%
Simulation
13%
Damage
11%
Fiber
9%
Calibration
8%
Mechanical Behavior
7%
Cracking
7%
High Performance
6%
Framework
6%
Silica
6%
Compression
5%
Hydration
5%
Solidification
5%
Experimental Data
5%
