Conference Agenda
Overview and details of the sessions of this conference. Please select a date or location to show only sessions at that day or location. Please select a single session for detailed view (with abstracts and downloads if available).
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Session Overview | |
Location: MOA 15+16 Meeting-ID: 810 4914 5415; Code: 344271 Mercure Hotel MOA Berlin, Conference Room MOA 15+16, 100 Seats |
Date: Monday, 18/Mar/2024 | |
8:30am - 9:20am |
Opening Session Location: MOA 15+16 Zoom Link Meeting-ID: 810 4914 5415; Code: 344271 Speakers: Prof. Dr. Moustafa Abdel-Maksoud (TUHH) Prof. Dr. Ayman Mohamed Ibrahim (PSU) Dr. Amr Fouad Sharaf (MTSI, AU) Prof. Dr. Kourosh Koushan (SINTEF Ocean) Prof. Dr. Sverre Steen (NTNU) |
9:20am - 10:10am |
Session 0a: Cavitation and Ventilation Location: MOA 15+16 Zoom Link Meeting-ID: 810 4914 5415; Code: 344271 Chair: Dr. Ki-Han Kim Uncertainty Quantification of RANSE and BEM Models for Hydrodynamic Performance of Supercavitating Hydrofoils 9:45am - 10:10am Numerical Investigation of Unsteady Pitching Foil Cavitation |
10:40am - 12:20pm |
Session 1a: Underwater Radiated Noise I Location: MOA 15+16 Zoom Link Meeting-ID: 810 4914 5415; Code: 344271 Chair: Prof. Youjiang Wang Underwater Radiated Noise of a Double Ended Ferry with SRE Thrusters 11:05am - 11:30am Propeller Cavitation Noise in Hybrid Viscous Flow/FWH Simulations using Robust Impermeable Surface Formulations 11:30am - 11:55am Numerical Noise Prediction in Multi-Phase Flows, a Mesh Sensitivity Study 11:55am - 12:20pm 'PIANO': A Physics-Based Semi-Empirical Source Level Model for Fleet-scale Ship URN Prediction |
1:30pm - 2:45pm |
Session 2a: Unconventional Propeller Geometry Location: MOA 15+16 Zoom Link Meeting-ID: 810 4914 5415; Code: 344271 Chair: Dr. Norbert Bulten Design of Unconventional Propellers for the HSVA Hamburg Container Ship (HCS) 1:55pm - 2:20pm Optimisation of Unconventional Tip-Rake Propeller Using Panel Code Method 2:20pm - 2:45pm Investigation of Conventional and Highly-Skewed Tip-Raked Propeller Performance |
3:15pm - 4:30pm |
Session 3a: Propeller-Ice Interaction Location: MOA 15+16 Zoom Link Meeting-ID: 810 4914 5415; Code: 344271 Chair: Prof. Julie Young Assessing the Influence of the Running-in Phase in Ship’s Stern Tube Bearings on Wear Development during Ice Collision Loads 3:40pm - 4:05pm A Superposition Method to Evaluate the Strength of Propellers in Crushed Ice Flow Considering Collision and Hydrodynamic Load 4:05pm - 4:30pm Derivation of a Numerical Propeller-Ice Interaction Model |
Date: Tuesday, 19/Mar/2024 | |
8:30am - 10:10am |
Session 4a: Underwater Radiated Noise II Location: MOA 15+16 Zoom Link Meeting-ID: 810 4914 5415; Code: 344271 Chair: Prof. Kourosh Koushan Ship URN Mitigation by Air Injection: Model-scale Experiments and Application to Full-Scale Measurement Data 8:55am - 9:20am Further Development and Discrepancy Analysis of the Acoustic Overlapping Mesh Technique 9:20am - 9:45am Acoustic Signature of a Wetted Propeller in the Wake of a Hydrofoil 9:45am - 10:10am Noise Scaling Method and Applications for Marine Propeller with Isolated Tip Vortex Cavitation |
10:40am - 12:20pm |
Session 5a: Cavitation Location: MOA 15+16 Zoom Link Meeting-ID: 810 4914 5415; Code: 344271 Chair: Dr. Justin Jaworski Cavitation Prediction by Wake-Dependent Open-Water Interpolation 11:05am - 11:30am Scale Effects on Cavitation on a Hydrofoil 11:30am - 11:55am Numerical Study on the Evolution of Vortex Structures at the Propeller Tip and their Influence on Cavitation Inception 11:55am - 12:20pm Effects of Thickness Manufacturing Tolerance on Cavitation Performance of a Full-Scale Propeller |
1:30pm - 3:10pm |
Session 6a: Flow Control Location: MOA 15+16 Zoom Link Meeting-ID: 810 4914 5415; Code: 344271 Chair: Dr. Vladimir Krasilnikov An Experimental Study on Visualisation and Passive Control of Model Propeller Boundary Layers 1:55pm - 2:20pm Unsteady Evolution of a Trailing Vortex Subject to Time-Varying Inflow Boundary Conditions 2:20pm - 2:45pm A Numerical Study on Model Propeller Performance Prediction Including Transitional and Passively Controlled Boundary Layer Considerations 2:45pm - 3:10pm Magnetic Based Current Turbine |
3:40pm - 4:30pm |
Session 7a: AI Applications in Propeller Design Location: MOA 15+16 Zoom Link Meeting-ID: 810 4914 5415; Code: 344271 Chair: Prof. Shin Hyung Rhee Neural Networks Based Processing of CFD Data for Supporting the Early Design of Ship Propellers 4:05pm - 4:30pm Optimization and Surrogate Modeling of Tip-Rake Propellers |
Date: Wednesday, 20/Mar/2024 | |
8:30am - 10:10am |
Session 8a: Transition and DES Location: MOA 15+16 Zoom Link Meeting-ID: 810 4914 5415; Code: 344271 Chair: Prof. Rickard Bensow Direct Numerical Simulation of the Centrifugal Instability-Induced Transition around a Marine Propeller Blade. 8:55am - 9:20am Model- and Full-Scale Tip-Raked Marine Propellers: Analysis of the Scale Effects In Open Water Conditions 9:20am - 9:45am Numerical Assessment of Surface Roughness on a Full Scale Propeller 9:45am - 10:10am Large Eddy Simulation of the Tip Vortex Interaction for a Ducted Propulsor |
10:40am - 12:00pm |
Session 9a: Contra-Rotating Propeller and Unconventional Propulsion Location: MOA 15+16 Zoom Link Meeting-ID: 810 4914 5415; Code: 344271 Chair: Dr. Stephan Berger Numerical and Experimental Study of a Series of Contra-Rotating Propellers 11:05am - 11:30am Design Exploration Study with Counter-Rotating Propellers for a Zero-Emission Coaster Vessel 11:30am - 11:55am Flow Control on Propeller Tip Vortex Cavitation through Water Jets |
1:00pm - 2:15pm |
Session 10a: Underwater Radiated Noise III Location: MOA 15+16 Zoom Link Meeting-ID: 810 4914 5415; Code: 344271 Chair: Dr. Thomas Lloyd Determination of Underwater Radiated Noise of a Marine Propeller Using Different Prediction Methods 1:25pm - 1:50pm Numerical Simulation of Uniform Inflow Propeller Noise Based on Acoustic Analogy Method 1:50pm - 2:15pm Prediction of the Hydroacoustic Emissions of a Twin-Screw Vessel Considering the Phase Angle of the Propellers |
2:45pm - 3:35pm |
Session 11a: Material Behavior and Manufacturing Location: MOA 15+16 Zoom Link Meeting-ID: 810 4914 5415; Code: 344271 Chair: Prof. Ayman Mohamed Ibrahim Hybrid Manufacturing of a Hollow Ship's Propeller - Investigations from Material Characterization to Implementation 3:10pm - 3:35pm Experimental Investigation on the Flow and Deformation Fields of an Elastic Propeller |
3:45pm - 4:15pm |
Closing Session Location: MOA 15+16 Zoom Link Meeting-ID: 810 4914 5415; Code: 344271 |
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