Engineering
Optimization
90%
Shallower
90%
Water
90%
High Speed
83%
Ships
79%
Zeros
63%
Propulsion System
60%
Reduction
58%
Hydrodynamics
53%
Bow Thrusters
45%
Limitations
45%
Numerical Evaluation
45%
Stages
45%
Making Resistance
45%
Charging Time
45%
Ship Design
45%
Pareto Optimal
45%
Greenhouse Gas
45%
Optimal Design
45%
Numerical Analysis
45%
Battery Pack
45%
Environmental Performance
45%
Energy Requirement
45%
Life Cycle Assessment
45%
Froude Number
40%
Simulation
39%
Fuel Cell
33%
International Maritime Organisation
30%
Modular Construction
22%
Strategy Set
22%
Deeper Water
19%
Interference
18%
Low Speed
18%
Smoke
18%
Fires
18%
Shallow Water Effect
15%
Fossil Fuel
15%
Marine Engines
15%
Requirements
15%
Characteristics
15%
Emission Control
15%
Comparative Study
15%
Renewable Energy
15%
Environmental Impact
15%
Gaseous Emission
15%
Monohulls
15%
Performance
15%
Determines
15%
Fields
14%
Trough
12%
Critical Speed
12%
Tunnels
11%
Cost Function
11%
Hydrodynamic Performance
11%
Hulls (Ship)
11%
Design Space
11%
Least Square
11%
Confined Water
11%
Houses
11%
Electricity Mix
11%
Multiobjective Optimization
11%
Panel Method
11%
Coding
11%
Design Speed
11%
Fluid Flow
11%
Hull Form
11%
Initial Design
11%
Shape Optimisation
11%
Effective Solution
11%
Boats
11%
Codes
11%
Combines
11%
Surrogate Model
11%
Air Change
9%
Hydrogen Fuel
9%
Events
9%
Gas Dispersion
9%
Hazards
9%
Control Option
9%
Design Alternative
9%
Pipe
9%
Mm Diameter
9%
Quantitative Risk Assessment
9%
Frictional Resistance
7%
Lower Medium
7%
Surfaces
7%
Maximum Pressure
6%
Numerical Method
6%
Sinkage
6%
Full Scale
6%
Supercritical
6%
Model Test
6%
Resistance Curve
6%
Validation
6%
Generates
6%
Deck
6%
Earth and Planetary Sciences
Catamaran
100%
Construction
63%
Emission
61%
Project
59%
Paper
54%
Shallow Water
45%
Investigation
45%
Wave
38%
Deep Water
32%
Froude Number
32%
Norway
31%
High Speed
31%
Speed
29%
Surface Pressure
25%
Trial
22%
Electric Battery
22%
Research
22%
Passenger
22%
Frame
22%
Selection
22%
Prototype
22%
Installing
22%
Hydrodynamics
22%
Area
22%
Ship
22%
Sea
22%
Expectation
22%
Effort
18%
Cost
18%
Europe
18%
Trough
12%
Mach Number
12%
Competition
9%
Mounting
9%
Transport System
9%
Life Cycle
9%
Smart City
9%
Design Method
9%
Shrinkage
9%
Transportation Mode
9%
Foci
9%
Footprint
9%
Model
9%
Greenhouse Gas Emission
9%
State of the Art
9%
Ship Design
9%
Play
9%
Industry
9%
Mathematical Method
6%
Difference
6%
Region
6%
Elevation
6%
Position (Location)
6%
Longitudinal Wave
6%
Decision
6%
Model Test
6%
Proving
6%
Blind
6%
Comparison
6%
Show
6%
Contrast
6%
Creativity
6%
Afterbodies
6%
Physics
Emission
97%
Shallow Water
90%
Evaluation
45%
Speed
44%
Froude Number
40%
High Speed
37%
Pressure
33%
Deep Water
32%
Hydrodynamics
30%
Performance
22%
Battery
22%
Area
22%
Mach Number
12%
Form Factor
7%
Media
7%
Low Speed
7%
Simulation
7%
Interference
7%
Independent Variables
7%
Position (Location)
6%
Model
6%
Mathematical Method
6%
Physics
6%
Region
6%
Contrast
6%
Differences
6%