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INIS
fibers
100%
performance
86%
reinforced concrete
80%
construction
72%
management
56%
risks
40%
modeling
40%
size
40%
cracks
35%
beams
35%
flexural strength
31%
civil engineering
23%
project management
23%
halls
20%
peak load
20%
prediction
20%
teaching
20%
steels
20%
life cycle assessment
20%
curves
15%
simulation
15%
comparative evaluations
14%
engineering
13%
engineers
13%
data
13%
economics
10%
carbon
10%
industry
9%
cost
8%
capacity
8%
labor
6%
schools
6%
data analysis
6%
contractors
6%
consultants
6%
underground
6%
durability
6%
crack propagation
5%
computer codes
5%
interfaces
5%
layers
5%
computerized simulation
5%
failures
5%
surfaces
5%
finite element method
5%
Engineering
High-performance fiber-reinforced concrete
60%
Fiber-Reinforced Concrete
40%
Bending Strength
40%
Cohesive Crack
40%
Test Specimen
25%
Size Effect
24%
Peak Load
23%
Fiber Content
20%
Steel Fiber
20%
Railway
20%
Life Cycle Assessment
20%
Reinforced Concrete Beam
20%
Engineering
20%
Model Prediction
11%
Test Result
11%
Test Data
10%
Construction Methodology
10%
Bulk Excavation
10%
Civil Engineer
10%
Seniors
10%
Civil Engineering
10%
Reinforced Concrete
8%
Edge Effect
8%
Embodied Carbon
8%
Crack Propagation
6%
Cohesive Interface Element
6%
Bend Specimen
6%
Load Capacity
6%
Failure Mechanism
6%
Fem Model
6%
Simulation Result
5%
Load Test
5%
Surface Layers
5%
