Hull and Propeller Fouling Decomposition and Its Prediction based on Machine Learning Approach
|
2020 |
Park, Jinmo |
Extensive Full-Scale Measurement on Propeller Performance of 14000 TEU Container Ship
|
2020 |
Inukai, Yasuhiko |
Performance Values vs. Speed — A Declaration of Independence?
|
2020 |
Oliveira, Dinis |
Practical Experience with ISO 19030 at Chevron Shipping - Part 3
|
2020 |
Eliasson, Johnny |
Effective Data Handling for Practical Vessel Performance Analysis
|
2020 |
Sofiadi, Dafni |
Quantification of Changes in Propeller Performance — Method Validation
|
2020 |
Paereli, Sergiu |
Is Wave Height Necessary to Determine Ship Performance in Calm Water from Measurements?
|
2020 |
Lakshmynarayanana, P. Arun |
Ultrasound — The Silent Revolution in Antifouling
|
2020 |
Kelling, Jan |
Reflecting Commercial Considerations in Vessel Performance Analysis
|
2020 |
Bialystocki, Nicolas |
Enhanced Performance Analysis and Benchmarking with CFD Baselines
|
2020 |
Kauffeldt, André |
Practical Experience with ISO 19030 at Chevron Shipping - Part 3
|
2020 |
Abrahamsen, Jorgen |
Thrust Measurements during Sea Trials — Opportunities, Challenges and Restrictions
|
2020 |
Wienke, Jan |
Ideas on How to Improve ISO19030 based on the Results of Applying to Field Data
|
2020 |
Park, Beom Jin |
ISO 19030 - The Good, the Bad and the Ugly
|
2020 |
Tsarsitalidis, Vasileios |
Practical Experience with ISO 19030 at Chevron Shipping - Part 2
|
2020 |
Kidd, Barry |
ISO 19030 in 2018 and Beyond — Relevance of the Standard in this Period of Rapid Technological Change
|
2020 |
Oftedahl, Geir Axel |
An Ensemble Prediction of Added Wave Resistance to Identify the Effect of Spread of Wave Conditions on Ship Performance
|
2020 |
Bos, Mark |
From Measurement to Understanding, Insight and Decision
|
2020 |
Moller, Anders H. |
Quantitative Comparison of Different Key Performance Indicators
|
2020 |
Hattel, Soren |
Tanker Operators' Perspective, Vessel Performance Monitoring
|
2020 |
Bellusci, Francesco |