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Ju Feng
Senior Researcher
,
Department of Wind and Energy Systems
System Engineering and Optimization
Wind Energy Systems Division
https://orcid.org/0000-0001-6311-6551
Phone
+4593510691
Email
jufen
dtu
dk
Website
https://wind.dtu.dk
Koppels Allé
,
403, 208
2800
Kgs. Lyngby
Denmark
Overview
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Network
Publications
(35)
Projects
(7)
Activities
(1)
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(6)
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Dive into the research topics where Ju Feng is active. These topic labels come from the works of this person. Together they form a unique fingerprint.
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Weight
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Engineering
Wind Turbine
100%
Hamiltonian
32%
Control Strategy
28%
Layout Optimization
22%
Feedback Control Systems
18%
Optimal Control
18%
Wind Power
15%
Offshore Wind Farms
12%
Piezoelectric
12%
Feedforward
12%
Delay Time
12%
Design Optimization
12%
Optimisation Problem
11%
Electric Potential
10%
Parametric Uncertainty
9%
Search Algorithm
7%
Optimal Control Problem
7%
Gaussians
7%
Streamlines
7%
Averaging Method
7%
Illustrates
6%
Electricity Price
6%
Control Flow
6%
Vortex
6%
Phase Model
6%
Feedback Stabilization
6%
Observables
6%
State Feedback
6%
Active Control
6%
Integration Platform
6%
Performance Prediction
6%
Sound Propagation
6%
Propagation Model
6%
Power Engineering
5%
Control Force
5%
Keyphrases
Wind Farm
44%
Complex Terrain
25%
Wind Turbine
24%
Layout Optimization
14%
Wind Farm Design
13%
Wind Turbine Noise
12%
Wind Farm Layout Optimization
9%
Nord2000
9%
Wake Model
9%
Random Search
9%
Wind Farm Simulator
8%
Static Wind
8%
Design Optimization
8%
Wind Energy
8%
Wind Farm Layout
7%
Feedback Control
6%
Strong Wind
6%
Robustness Quantification
6%
Optimal Time Delay
6%
Feedback Stabilization
6%
Quasi-integrable Hamiltonian System
6%
Wind Conditions
6%
Micro-vibration
6%
Optimal State Feedback Control
6%
Piezoelectric Shell
6%
State-dependent Delay
6%
Minimax Optimal
6%
State Feedback Control
6%
Boundary Perturbation
6%
Minimax Optimal Control
6%
Partially Observable
6%
Optimal Control Analysis
6%
Feed-forward Technique
6%
Quasi-Hamiltonian System
6%
Discrete Formulation
6%
Operating Wind Turbine
6%
Refinement Method
6%
Co-optimization
6%
Noise Propagation
6%
Wind Farm Control
6%
Low Noise
6%
Noise Measurement
6%
Sound Propagation
6%
Control Technology
6%
Shape Preferred Orientation
6%
Noise Model
6%
Evaluation Model
6%
Forbidden Zone
6%
Artificial Intelligence
6%
Effective Wind Speed
6%
