Engineering & Materials Science
Earthquakes
100%
Concrete buildings
90%
Identification (control systems)
71%
Reinforced concrete
65%
Kalman filters
57%
Parameter estimation
54%
Seismic response
40%
White noise
35%
Damping
32%
Uncertainty
30%
Extended Kalman filters
23%
Constitutive models
21%
Steel
18%
Natural frequencies
16%
Accelerometers
15%
Plasticity
15%
Highway bridges
15%
Mechanics
14%
Rebar
14%
Bridge piers
13%
Earthquake engineering
13%
Maximum likelihood estimation
13%
Dynamic response
13%
Nonlinear systems
12%
Fibers
12%
Resistors
11%
Calibration
11%
Sand
10%
Probability distributions
10%
Statistical methods
10%
Damage detection
10%
Adaptive filtering
9%
Capacitors
9%
Covariance matrix
9%
Hot Temperature
8%
Soils
8%
Sensitivity analysis
8%
Centrifuges
8%
Biopolymers
8%
Testing
8%
Seismic design
8%
Pulleys
8%
Elastic waves
7%
Stiffness
7%
Stairs
7%
Cooling towers
7%
Tall buildings
7%
Structural health monitoring
7%
Elevators
7%
Deposits
7%
Energy dissipation
7%
Timber
6%
Fiber reinforced materials
6%
Fatigue damage
6%
Abrasion
6%
Polypropylenes
6%
Simulated annealing
6%
Bearing capacity
6%
Turbomachine blades
5%
Dynamic analysis
5%
Durability
5%
Characterization (materials science)
5%
Concretes
5%
Wind turbines
5%
Capacitance
5%
Mathematics
Model Updating
76%
Finite Element Model
63%
Nonlinear Finite Element
55%
Unscented Kalman Filter
41%
Narrative
20%
Excitation
16%
Damage Identification
15%
Output
11%
Estimate
10%
Reinforced Concrete
10%
Mechanics
9%
System Identification
9%
Uncertainty Modeling
9%
Sequential Monte Carlo
8%
Steel
8%
Kalman Filtering
8%
Uncertainty Quantification
8%
Model Uncertainty
8%
Dynamic Properties
8%
Uncertain Parameters
7%
Parameter Identification
7%
Unknown
7%
Simulated Annealing
7%
Structural Health Monitoring
7%
Filtering
7%
Updating
7%
Damage
7%
Batch
6%
Autoregressive Process
6%
Update
6%
Calibration
6%
Bayesian Methods
6%
Model
6%
Motion
6%
Earthquake
6%
Framework
6%
Frame Structure
6%
Nonlinear Model
6%
Table
5%
Hybrid Optimization
5%
Accelerometer
5%
Plasticity
5%
Autoregressive Model
5%
Prognosis
5%
Earth & Environmental Sciences
earthquake
37%
damping
25%
reinforced concrete
23%
test
22%
damage
19%
parameter
17%
seismic response
13%
vibration
13%
building component
13%
parameter estimation
12%
timber
12%
structural response
11%
program
9%
identification method
9%
ground motion
9%
Kalman filter
9%
damage assessment
9%
residential energy
9%
cooling tower
7%
response analysis
7%
sand
7%
dynamic analysis
7%
elastic wave
7%
white noise
7%
strong motion
7%
steel
7%
stiffness
7%
earthquake intensity
6%
energy
6%
modeling
5%
seismic design
5%
protocol
5%
life cycle
5%