INIS
walls
100%
reinforced concrete
76%
earthquakes
49%
performance
45%
shear
40%
nonlinear problems
38%
modeling
31%
chile
29%
assessments
27%
probability
26%
design
25%
stiffness
24%
levels
20%
buckling
19%
dynamics
17%
loading
16%
hazards
15%
soils
15%
curves
14%
office buildings
14%
values
14%
fibers
13%
cements
12%
construction
12%
comparative evaluations
10%
beams
10%
finite element method
10%
engineering
10%
capacity
9%
strains
9%
ground motion
9%
applications
8%
recycling
8%
wastes
8%
production
7%
computer simulation
7%
particles
7%
economics
7%
losses
7%
slabs
6%
deformation
6%
risks
6%
potassium permanganates
6%
masks
6%
reviews
6%
mortars
6%
stability
6%
demolition
6%
risk assessment
6%
piles
6%
Keyphrases
Chilean
46%
Shear Building
34%
Reinforced Concrete
30%
Seismic Performance
25%
Reinforced Concrete Shear Wall
22%
Collapse Probability
20%
2010 Chile Earthquake
20%
Chile
19%
Reinforced Concrete Wall
15%
Incremental Dynamic Analysis
15%
RC Shear Wall
14%
Office Building
14%
Wall Boundary
13%
Collapse Criterion
12%
Earthquake Loading
12%
Slender Walls
12%
Soil Type
12%
Reinforced Concrete Buildings
11%
Seismic Response
11%
Earthquake
9%
Collapse Fragility
9%
Nonlinear Model
9%
Pushover Analysis
9%
Ground Motion
8%
Overstrength
8%
Fragility Curves
8%
Santiago De Chile
8%
Subduction Earthquakes
8%
Reinforced Concrete Structures
8%
Dual System
8%
Modeling Issues
7%
Global Response
7%
ASCE 41
7%
Economic Loss
7%
Collapse Potential
7%
Nonlinear Analysis
7%
Real Building
7%
Face Mask
6%
Subduction Zone
6%
Nonlinear Finite Element Method
6%
Seismic Capacity
6%
Sustainable Cement
6%
Global Buckling
6%
High-rise
6%
Bonded Particle Model
6%
Topology Optimization
6%
System Building
6%
Seismic Collapse Performance
6%
Mechanical Properties
6%
Potassium Permanganate
6%
Engineering
Reinforced Concrete
81%
Shear Walls
47%
Seismic Performance
36%
Seismic Hazard
17%
Office Buildings
15%
Walls (Structural Partitions)
15%
Nonlinear Model
15%
Concrete Buildings
13%
Concrete Wall
12%
Earthquake Loading
12%
Seismic Response
12%
Fragility Curves
12%
Finite Element Modeling
11%
Ground Movement
10%
Limit State
9%
Static Pushover Analysis
9%
Joints (Structural Components)
9%
Seismic Behavior
9%
Nonlinear Analysis
8%
Collapse Potential
8%
Design Code
8%
Seismicity
7%
Earthquake Engineering
7%
Economic Loss
7%
Pushover Analysis
7%
Shear Stiffness
7%
Life Safety
6%
Seismic Design
6%
Global Buckling
6%
Strain Gradient
6%
Effect of Strain
6%
Recycled Aggregate
6%
Lateral Stiffness
6%
Building System
6%
Concrete Member
6%
Comprehensive Review
6%
Recorded Ground Motion
6%
Global Response
6%
Reinforced Concrete Structure
6%
Contact Model
6%
Nonlinear Element
6%
Compression Load
6%
Load Cycle
6%
Strain Profile
6%
Axial Load
6%
Tensile Strain
6%
Civil Engineering
6%
Bracing System
6%
Seismic Analysis
6%
Time History
5%
