INIS
fires
100%
fibers
98%
steels
75%
damage
71%
stiffness
58%
beams
52%
walls
49%
strains
45%
design
43%
fly ash
34%
cooling
30%
reinforced concrete
28%
volume
28%
cements
27%
construction
26%
levels
26%
investigations
24%
quenching
23%
ultrasonics
22%
hysteresis
21%
education
20%
velocity
20%
pulses
20%
performance
19%
water
19%
heating
19%
size
19%
assessments
18%
polymers
18%
doors
17%
elasticity
17%
reduction
17%
finite element method
16%
bridges
16%
glass
16%
bricks
16%
buckling
16%
corrosion
15%
data
15%
compression strength
15%
comparative evaluations
15%
testing
14%
range
13%
capacity
13%
length
13%
safety
13%
simulation
13%
geometry
13%
energy
12%
partition
12%
Engineering
Fires
88%
Steel Fibre
40%
Fiber
39%
Beam
35%
High Volume
24%
Temperature
23%
Young's Modulus
23%
Fly Ash Concrete
23%
Water
22%
Fibre-Reinforced Concrete
20%
Ultrasonics
19%
Characteristics
19%
Heating
19%
Correlation
19%
Steel
19%
Fiber-Reinforced Polymer
18%
Pulse Velocity
18%
Doors
17%
Masonry Structure
17%
Reduction
17%
Performance
17%
Thermal Exposure
17%
Stress-Strain Relations
16%
Concrete Structure
16%
Design
15%
Hysteresis Loop
15%
Activated Cement
14%
Concrete Core
13%
Compressive Strength
13%
Experimental Result
13%
Glass Aggregate
12%
Modulus of Elasticity
12%
Mechanical Properties
12%
Research
11%
Losses
11%
Truss
11%
Laboratories
11%
Aspect Ratio
11%
Reinforcement Corrosion
10%
Fire Resistance
10%
Hardening Behavior
10%
Buckling
10%
Strain Hardening
10%
Finite Element Simulation
9%
Composite
9%
Structural Behavior
9%
Models
9%
Spraying
9%
Microstructure
9%
Bridges
9%
