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Session 10.3 Vehicle Performance
Session
Co-Chair(s)
Ali Haseltalab
Junnan Meng
Day Tuesday, June 20, 2017
Time 4:00 PM - 6:00 PM
Room Forbes Suite
PAPERS
 
Presenting Author: Ms. Rebecca Jordan , Olin College of Engineering
Author(s) Ms. Rebecca Jordan , Olin College of Engineering
Mr. Alexander Morrow , Olin College of Engineering
Dr. Paul Ruvolo , Olin College of Engineering
Paper Title Sensing Sail Luffing by Detection of Sail Shape
 
 
Presenting Author: Dong Zhang , Northwestern Polytechnical University
Author(s) Prof. Guang Pan , Northwestern Polytechnical University
Dong Zhang , Northwestern Polytechnical University
Liming Chao , Northwestern Polytechnical University
Paper Title Numerical Investigation of Hydrodynamic Interaction between Two AUVs with Different Size
 
 
Presenting Author: Mr. Ali Haseltalab , Delft University of Technology
Author(s) Mr. Ali Haseltalab , Delft University of Technology
Dr. Rudy Negenborn , Delft University of Technology
Paper Title Predictive On-Board Power Management for All-Electric Ships with DC Distribution Architecture
 
 
Presenting Author: Dr. Angelica Lo Duca , IIT-CNR
Author(s) Dr. Angelica Lo Duca , IIT-CNR
Dr. Clara Bacciu , IIT-CNR
Mr. Andrea Marchetti , IIT-CNR
Paper Title A K-Nearest Neighbor Classifier for Ship Route Prediction
 
 
Presenting Author: Prof. Hongwei Zhang , Tianjin University
Author(s) Prof. Hongwei Zhang , Tianjin University
Jia Wang , Tianjin University
Prof. Yanhui Wang , Tianjin University
Prof. Yuhong Liu , Tianjin University
Prof. Zhiliang Wu , Tianjin University
Yan Liang , Tianjin University
Ming Yang , Tianjin University
Paper Title Dynamic Simulation of Buoyancy Engine of Underwater Glider Based on Experimentation
 
 
Presenting Author: Prof. Yonghui Cao , northwestern polytechnical university
Author(s) Prof. Yonghui Cao , northwestern polytechnical university
Junnan Meng , Northwestern Polytechnical University
liming chao , northwestern polytechnical university
Paper Title Study on efficiency of flapping foil propulsion with different motion patterns
 
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