Impact of Meshing and Interface Strategies on CFD Predictions on Marine Propeller Performance for Multiple Applications

Miles Wheeler, Flavio Cimolin, Aaron Godfrey, Dmitriy Ponkratov

A study for transition characteristics of marine propeller at model scale using LES

Jaewook Hur, Hyoju Kim, Seonhyeong Lee, Jeongyong Park, Sangbong Lee

Flow Physics Modeling Capabilities of URANS for Supercavitating Propellers Across Different Operating Regimes

Surabhi Srivastava Eichlin, Youngchan Ahn, Stefano Brizzolara

Hybrid RANS-LES Investigation of Tip Leakage Vortex Development Varying Geometry and Tip Clearance

Alessandro Rollo, Stefano Gaggero

Multistage Propulsor Simulations with a Boundary Element Method

Raphael Bévand, Robert Beckmann, Moustafa Abdel-Maksoud Gomaa

Surrogate-Assisted Propeller Shape Optimization in Hull Wake using 3D RANS Simulations

Irtiza Khan, Finley Corbett, Andrew Gerber, Juan Carretero, Tiger Jeans

Vessel Maneuvering Evaluation based on 3DOF Full-Scale CFD Simulations

Norbert Bulten

Physics-informed Neural Networks based Processing of CFD Data for Predictions of Propeller Blade Pressure Distributions

Maike Yvonne Kathrin Strecker, Moustafa Abdel-Maksoud

CFD Investigation of Hybrid Tandem Contra-Rotating Propellers

Lucia Sileo, Kourosh Koushan, Jahn Terje Johannessen

Accuracy and efficiency of different propeller modelling approaches in crash stop manoeuvre simulations

Rasul Niazmand Bilandi, Janne Flensborg Otzen, Vivien Rieu, Stephan Berger

Experimental and Numerical Study of Static and Dynamic Stall on a Pitching BB2 Rudder

G. Wirautama, C. Kaik, A. Ducoin, L. Pernod, L. Bordier

Experimental investigation of the ONR Tumblehome propeller performance during four-quadrant open water propeller tests

Benedict Foley, Omar Srour, Heather Peng, Wei Qiu

Numerical Investigation of hydrodynamic added Mass and Damping during Propeller Off-Design Operation and Crashback

Markus Pergande, Moustafa Abdel-Maksoud

ONRT and KCS In-Behind Four-Quadrant Propeller Performance and Efficiency

Christian Milano, Deniz Ozturk, Zhaoyuan Wang, Yugo Sanada, Kevin Rosenblum, Minchang Kim, Hironori Yasukawa, Frederick Stern

A Data- and Image-Driven Tool for Quantifying and Predicting Cavitation Effects of Marine Propulsors on Hydrodynamic Performance and URN

Stephen Brinson, Leanne Clarke, Matthew King, Robert Gash, Jason Mills, Shameem Islam

A Lagrangian Bubble Cavitation Model coupled with a Boundary Element Method for the Prediction of Hydroacoustic Noise

Robert Beckmann, Raphael Bévand, Moustafa Abdel-Maksoud

A semi-empirical prediction Method for the broadband Noise of a Tip-leakage Vortex Cavity

Johan Bosschers, Thomas Lloyd, John Huisman

A Numerical Approach to Support the Practical Application and Development of Series Propellers

Wei Jin, Claus Bo Hansen, Ege Lundgren, Jens Ring Nielsen

Optimization of a Marine Propeller using an Artificial Neural Network model for loadings

Victor Cheron, Aurélien Thinat, David Bellèvre, Romain Luquet

Predicting Parametric Performance of Transverse Tunnel Thrusters using Full-Scale CFD & Learning-Based Models

Ian Hubbard

Characterization of Hydrodynamic and Cavitation Performance of a Generic Ducted Propeller using High-Fidelity CFD Techniques

Amir Chizfahm, Mohammed {Shameem} Islam, Giorgio Burella, Brendan Smoker, Vince den Hertog

CFD-informed Parametric Design Procedure for a Ducted Propeller AUV

William Brown, Samiksha Dhakal, Stefano Brizzolara

Propeller design versus slow steaming of a low-noise container ship

Evert-Jan Foeth, Johan Bosschers

A practical Method to assess the Risk for Cavitation Erosion during automated Propeller Design optimization

Joost Moulijn, Evert-Jan Foeth, John Huisman

An application of cavitation erosion risk assessment method based on cavitation observation

Yantao Cao, Xu Chen, Shucan Wei, Lianghao Xu

Numerical Investigation of Propeller-Induced Erosion Phenomena in Confined Environments

Keqi Wang, Marco Weiß, Jesús Aarón Macías Lezcano, Jochen Aberle, Pia Pinkenburg, Moustafa Abdel-Maksoud