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Song Fu
Dr
Research Fellow
,
Mechanical And Aerospace Engineering
https://orcid.org/0000-0003-0121-9154
Email
song.fu
strath.ac
uk
United Kingdom
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Research output
(8)
Datasets
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Dive into the research topics where Song Fu is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Engineering
Added Mass
8%
Algorithm
12%
Blade Element Momentum Theory
47%
Blade Turbine
33%
Characteristics
33%
Combined Wave
33%
Comparative Study
33%
Computational Fluid Dynamics
33%
Continuous Wave
8%
Damping Matrix
8%
Efficiency
6%
Environment
23%
Experimental Work
9%
Field Test
6%
Fields
33%
Flow Condition
6%
Flow Rate
6%
Flow Speed
9%
Frequency Domain
8%
Influencing Factor
6%
Laboratories
33%
Limitations
11%
Mass Matrix
8%
Models
66%
Mooring
66%
Mooring System
29%
Nacelle
8%
Offshore Wind Turbines
8%
Peak Load
12%
Pendulum
6%
Performance
69%
Performance Characteristic
6%
Power Converter
8%
Power Output
6%
Processing Technique
6%
Research
8%
Rotor Blade
12%
Sea State
40%
Sensitivity Analysis
8%
State Condition
12%
Support Structure
16%
Test Facilities
13%
Test Result
6%
Testing
33%
Tidal Power
17%
Time Domain
8%
Towers
8%
Water
18%
Wave Height
9%
Waves Energy
6%
Earth and Planetary Sciences
Agreement
9%
Attention
5%
Average
12%
Caribbean
5%
Coefficient
9%
Condition
16%
Confidence
5%
Constraint
5%
Cost
11%
Datum
9%
Diameter
5%
Diffraction
8%
Earth
5%
Energy Demand
5%
Exploration
5%
Feasibility
5%
Flow Velocity
5%
Hydromechanics
5%
Impact
8%
Inflow
9%
Model
23%
Momentum Theory
33%
Need
8%
Ocean
5%
Ocean Current
33%
Order
16%
Output
5%
Peak Flow
5%
Position (Location)
5%
Project
5%
Research
5%
Science and Technology
11%
Scotland
5%
Site
27%
Size
5%
Speed
17%
Stable
5%
Stream
100%
Thrust
9%
Tidal Power
5%
Turbine
94%
Utilization
5%
Value
14%
Viability
5%
Wave
47%
Wave Height
9%
Wave-Current Interaction
33%
Wind
5%
