Documents published in Scipedia

• Role of waves on tidal turbine wake dynamics

  P. Ouro, H. Mullings, T. Stallard

  marine2023.

  
  

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• Development of a HPC framework to assess the impact of offshore wind turbines on the ocean circulation and mixing

  M. Guzmann, F. Bernardoni, S. Leonardi

  marine2023.

  
  

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• Evaluation of ESD’s Performance Prediction Methods Using Full-Scale CFD Simulation

  A. Shiri, S. Werner, D. Li

  marine2023.

  
  

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• Limitations of RANS flow predictions for propeller-rudder interaction

  M. Liefvendahl

  marine2023.

  
  

  • 0
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• Boussinesq/Navier Stokes Two Way Coupling for the Simulation of Wave Energy Converters

  U. Bosi, M. Bergmann, M. Parisot

  marine2023.

  
  

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• Performance and near-wake characteristics of a vertical-axis hydrokinetic turbine under a turbulent inflow and free-surface

  A. Bayram, M. Dhalwala, P. Oshkai, A. Korobenko*

  marine2023.

  
  

  • 2
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• Interaction between a submarine and a far-field underwater explosion with a transient iterative FEM-BEM coupling

  A. Nassor, M. Bonnet, S. Chaillat, G. Barras, O. Grosset, B. Leblé

  marine2023.

  
  

  • 1
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• An investigation on the hydrodynamic resistance of calcareous marine biofouling using high-fidelity simulations

  I. Kaminaris, E. Balaras

  marine2023.

  
  

  • 17
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• CFD Analysis of the Effect of Frigate Exhaustions on Helicopter Performances during onboard operations

  R. Bardera, J. Matias Garcia*, E. Barroso

  marine2023.

  
  

  • 106
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• An Improved Direct Forcing Immersed Boundary Method for Simulating Floating Objects

  A. Soydan, W. Wang, H. Bihs

  marine2023.

  
  

  Abstract

  An enhanced direct forcing immersed boundary method implemented in the open-source hydrodynamic framework REEF3D::CFD is used to simulate six-degrees-of-freedom (6DOF) motion response of a 1:30 scale point-absorber wave energy converter(WEC) under extreme wave conditions. The enhancement of the method is achieved with a new density interpolation method that removes unphysical spurious phenomena. The governing equations are solved on a staggered rectilinear grid. REEF3D::CFD uses the level set function to represent the free surface. A ray casting algorithm is employed to get inside-outside information in the vicinity of the body with the underlying Cartesian grid. The enhanced method is tested and validated based on the experimental data from the experimental wave tank campaign carried out in the Ocean and Coastal Engineering Laboratory, at Aalborg University, in Denmark. 

  Abstract
  An enhanced direct forcing immersed boundary method implemented in the open-source hydrodynamic framework REEF3D::CFD is used to simulate six-degrees-of-freedom (6DOF) motion [...]

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