Sort by
INIS
ships
69%
prediction
52%
simulation
52%
cavitation
51%
data
50%
emission
46%
performance
39%
ice
39%
design
35%
potential flow
33%
sustainability
31%
foils
27%
operation
27%
modeling
26%
hybrids
25%
propulsion
24%
comparative evaluations
23%
environment
22%
applications
22%
greenhouse gases
22%
business
22%
optimization
22%
viscous flow
22%
vessels
22%
hydrodynamics
21%
sensors
21%
efficiency
21%
noise
19%
underwater
19%
cyber attacks
19%
damping
19%
errors
19%
solutions
19%
energy
18%
ports
18%
turbulence
17%
information
17%
energy efficiency
17%
cost
16%
industry
16%
engines
16%
units
16%
models (scale)
16%
weather
15%
alternative fuels
15%
velocity
15%
coupling
14%
air pollution abatement
14%
decarbonization
14%
speed
14%
reynolds number
14%
acoustics
13%
corrections
13%
mobility
13%
economics
12%
monitoring
12%
viscosity
12%
construction
12%
range
11%
damage
11%
management
11%
neural networks
11%
ecosystems
11%
geometry
11%
flow models
11%
acceleration
11%
motion
11%
loading
10%
thickness
10%
tools
10%
storage
10%
devices
10%
foundations
10%
failures
10%
Keyphrases
Propeller
64%
Cavitation
43%
Propulsor
23%
Shipbuilding
23%
Trochoidal
22%
Oblique Flow
22%
Environmental Sustainability
22%
Potential Flow Model
21%
Inter-firm Networks
21%
Marine Propeller
19%
Oscillating Foil
19%
Effective Wake
19%
Propeller Performance
19%
Corporate Sustainability Reporting Directive
19%
Network Collaboration
19%
Ice Impact
19%
Digital Twin
18%
Reynolds number
16%
Alternative Energy
14%
Columnar
14%
Inter-organizational
14%
Propeller Blade
13%
Added Mass
13%
Fuel Consumption
13%
Comparative Analysis
12%
Impact Load
12%
Turbulence Model
12%
Straight Flow
11%
RANS Solver
11%
Screw Propeller
11%
Greenhouse Gasses Emission
10%
Greenhouse Gas Emissions
10%
Engineering
Propeller
100%
Propulsor
32%
Hydrodynamics
29%
Computational Fluid Dynamics
28%
Potential Flow
25%
Model Scale
24%
Energy Efficiency
21%
Marine Propellers
19%
Full Scale
19%
Alternative Fuel
19%
Greenhouse Gas
19%
Radiated Noise
19%
Cyber Attack
19%
Viscous Flow
18%
Impact Loads
17%
Comparative Analysis
15%
Reynolds' Number
14%
Flow Model
13%
Flow Simulation
13%
Added Mass
13%
Artificial Neural Network
13%
Screw Propeller
13%
Propeller Blade
13%
Limitations
12%
Nodes
12%
Element Method
12%
Sea State
12%
Using Sensor
12%
Hydrodynamic Performance
10%