INIS
design
100%
hydraulics
100%
dynamics
100%
hydrodynamics
100%
loading
100%
engineering
100%
modeling
100%
tubes
46%
cross sections
33%
shape
33%
configuration
26%
tsunamis
20%
weight
20%
buoyancy
20%
aspect ratio
13%
resonance
13%
curves
13%
bridges
13%
connections
13%
optimization
13%
moorings
13%
reliability
13%
shores
13%
performance
13%
safety
13%
stiffness
13%
sensitivity analysis
6%
failures
6%
islands
6%
sensitivity
6%
finite element method
6%
resolution
6%
risks
6%
acceleration
6%
hybrids
6%
minimization
6%
motion
6%
geometry
6%
range
6%
torque
6%
excitation
6%
calculation methods
6%
satellites
6%
interactions
6%
hazards
6%
construction
6%
neural networks
6%
bending
6%
amplitudes
6%
machine learning
6%
comparative evaluations
6%
genetic algorithms
6%
height
6%
images
6%
fatigue
6%
randomness
6%
internal waves
6%
tuning
6%
cost
6%
water
6%
tools
6%
hydrodynamic model
6%
seas
6%
length
6%
clearance
6%
buckling
6%
balances
6%
Engineering
Design Engineering
100%
Dynamic Response
100%
Hydraulics
100%
Numerical Modeling
100%
Tunnels
100%
Hydrodynamics
34%
Internals
21%
Solitary Wave
18%
Structural Dynamics
15%
Environmental Condition
15%
Cross Section
15%
Acting Load
9%
Joints (Structural Components)
6%
Models
6%
Hydrodynamic Performance
6%
Fundamental Frequency
6%
Aspect Ratio
6%
Event
6%
Mooring
6%
Structural Configuration
6%
Section Shape
6%
Prototype
6%
Bridges
6%
Structural Response
6%
Hydrodynamic Loading
3%
Natural Frequency
3%
Wave Height
3%
Engineering Technology
3%
Optimization
3%
Hydrodynamic Model
3%
Buckling
3%
Construction Cost
3%
Induced Vibration
3%
Numerical Model
3%
Dynamic Process
3%
Genetic Algorithm
3%
Maximum Bending Moment
3%
Finite Element Method
3%
Infrastructure
3%
Structural Analysis
3%
Structural Safety
3%
Requirement
3%
Artificial Neural Network
3%
Small Scale
3%
Serviceability
3%
Computational Fluid Dynamics
3%
Field Observation
3%
Water
3%
Structural Reliability
3%
Dominant Mode
3%
Structural Fatigue
3%
Horizontal Stiffness
3%
Sensitivity Analysis
3%
Research
3%
Sectional Shape
3%
Hydrodynamic Force
3%
High Resolution
3%
Accident Prevention
3%
Reliability
3%
Images
3%
Failure (Mechanical)
3%
Hybrid
3%
Support System
3%
Large Amplitude
3%
Internal Wave
3%
Design Optimization
3%
Minimization
3%
Satellites
3%
Machine Learning Method
3%
Pragmatic Approach
3%
Archimedes
3%
Leading Edge
3%
Hazards
3%
Randomness
3%
Multiscale
3%
Keyphrases
Shore Connection
6%
Super Typhoon
6%
Global Dynamic Response
3%
Intrinsic Frequency
3%
Super-long
3%
Tunnel Response
3%
Hainan Island
3%
Modified Korteweg-de Vries
3%
Archimedes Bridge
3%
Bending Torque
3%
Mooring Configuration
3%
Artificial Neural Network Algorithm
3%
Connection Properties
3%
Optimal Cross Section
3%
Tube Length
3%
Bezier-PARSEC
3%
Spatial Randomness
3%