Engineering
Ships
100%
Computer Simulation
75%
Survivability
66%
Computational Fluid Dynamics
58%
Evaluation
33%
Fluid Dynamics
25%
Stability
25%
Time Domain
25%
Complex Fluid
25%
Internals
25%
Hydraulics Model
20%
Models
16%
Water
16%
Intact Condition
12%
Computational Cost
12%
Dynamic Method
12%
Level of Safety
12%
Safety Level
12%
Simulation Method
12%
Demonstrates
12%
Damage Stability
12%
Common Practice
12%
Damaged Condition
12%
Compressibility
8%
Benchmark
8%
Design Process
8%
Hydrodynamics
8%
Ship Motion
8%
Quantification
8%
Performance
8%
Existing Model
8%
Research
8%
Physics
Simulation
75%
Computational Fluid Dynamics
58%
Flooding
50%
Model
45%
Hydraulics
37%
Assessments
37%
Stability
37%
Evaluation
33%
Domains
25%
Safety
25%
Water
16%
Impact
16%
Cores
12%
Calculation
12%
Collisions
12%
Shapes
8%
Air
8%
Hydrodynamics
8%
Qualifications
8%
Performance
8%
Geometry
8%
Compartments
8%
Independent Variables
8%
Compressibility
8%
Earth and Planetary Sciences
Simulation
50%
Flood
50%
Ship
50%
Damage
50%
Model
33%
Assumption
16%
Impact
16%
Water
16%
Qualification
8%
Geometry
8%
Investigation
8%
Research
8%
Hydrodynamics
8%
Ship Motion
8%
Engineer
8%
Compartment
8%
Size
8%
Moment
8%
Shape
8%
Simplification
8%
Accuracy
8%
Compressibility
8%
Scientist
8%
Decision
8%
Evaluation
8%
Air
8%
Inflow
8%
Parameter
8%
Fluid Dynamics
8%
Tool
8%
