Earth and Planetary Sciences
Floating Structure
100%
Hydrodynamics
100%
Investigation
100%
Model
100%
Ice Floe
100%
Ice
95%
Slope
36%
Speed
29%
Hydrostatics
20%
Surface Pressure
9%
Reflected Wave
9%
Wave
9%
Surface Wave
9%
Coefficient
6%
Industry
6%
Impact
4%
Breaking
4%
Region
4%
Compression
4%
Plane
4%
Shipping
4%
Dependence
4%
Damping
4%
Hydrostatic Pressure
2%
Show
2%
Young
2%
Order
2%
Bernoulli Theorem
2%
Hydrocarbon Reserve
2%
Nonlinearity
2%
Position (Location)
2%
Gas
2%
Accounting
2%
Behavior
2%
Knowledge
2%
Amplitude
2%
Electromagnetic Radiation
2%
Calculation
2%
Observation
2%
Floating Ice
2%
Ice Thickness
2%
Open Water
2%
Fluid Flow
2%
Sea Ice
2%
Economics
2%
Fluid Pressure
2%
Ice Sheet
2%
Amount
2%
Comparison
2%
Depth
2%
Error
2%
Goal
2%
Edge
2%
Oil
2%
Float
2%
Hydroelasticity
2%
Category
2%
Water Depth
2%
Numerical Modeling
2%
Literature Study
2%
Potential Flow
2%
Regime
2%
Buoyancy
2%
Average
2%
Engineering
Models
100%
Floating Structure
100%
Ice Floe
100%
Hydrodynamics
100%
Velocity
46%
Fluid Model
32%
Hydrodynamic Model
17%
Surface
17%
Reflected Wave
14%
Development
14%
Contact Force
14%
Fluid
10%
Failure (Mechanical)
10%
Prediction
10%
Added Mass Coefficient
7%
Axial Compression
7%
Kirchhoff
7%
Defects
7%
Frequency Ranges
7%
Rotational
7%
Damping Coefficient
7%
Function of Time
3%
Natural Frequency
3%
Standing Wave
3%
Homogeneous Model
3%
Common Method
3%
Finite Depth
3%
Error
3%
Fluid Pressure
3%
Major Component
3%
Radiation
3%
Economics
3%
Open Water
3%
Simplifies
3%
Water
3%
Amplitude
3%
Dynamic Behavior
3%
Fluid Flow
3%
Measures
3%
Bernoulli Equation
3%
Applicability
3%
Potential Flow
3%
Performance
3%
Flow Model
3%
Ice Thickness
3%
Nonlinearity
3%
Solution Method
3%
Fluid Layer
3%
Hydroelasticity
3%
Petroleum Industry
3%
Sustainable Manner
3%
Rigid Structure
3%
External Load
3%
Numerical Modeling
3%
Pronounced Effect
3%
Green Function
3%
Shipping Industry
3%
Young's Modulus
3%
INIS
hydrodynamics
100%
interactions
100%
ice
100%
fluids
24%
velocity
22%
hydrostatics
17%
length
13%
inertia
8%
comparative evaluations
8%
hydrodynamic model
8%
wave propagation
6%
motion
6%
nonlinear problems
6%
prediction
5%
failures
5%
range
5%
bending
5%
industry
5%
modeling
5%
frequency range
3%
damping
3%
compression
3%
resonance
3%
coupling
3%
plates
3%
defects
3%
water
3%
depth
3%
flow models
1%
dynamics
1%
surfaces
1%
levels
1%
sheets
1%
accounting
1%
fluid flow
1%
time dependence
1%
standing waves
1%
values
1%
economics
1%
thickness
1%
young modulus
1%
oils
1%
layers
1%
implementation
1%
amplitudes
1%
capture
1%
reynolds number
1%
equations
1%
errors
1%
hydrocarbons
1%
performance
1%
radiations
1%
green function
1%
solutions
1%
seas
1%
potential flow
1%
buoyancy
1%
stochastic processes
1%
reserves
1%
gases
1%
Keyphrases
Potential Theory
100%
Nonlinear Hydrodynamic Pressure
8%
Full Scope
4%
Fluid Ice
4%
Floating Ice
4%
Water Response
4%
Spatial Nonlinearity
4%
Hydrocarbon Reserves
4%
Fluid Inertia
4%