The 9th Conference on Computational Methods in Marine Engineering (Marine 2021)
Wave Overtopping in the Pre-Design of Coastal Works
Computational Prediction of Propeller Cavitation Noise
IS09 - Model Order Reduction Methods in Marine Engineering
Meridian standard series propeller model
Study on the Dynamic Behaviours of an Articulated Offshore Wind Turbine under the Severe Sea State
IS12 - Numerical Methods and Model Experimental Investigations on Floating Wind Turbines
Design Optimisation of Pressure Vessel Bundles for Offshore Hydro-pneumatic Energy Storage
IS06 - High-Fidelity Modelling Of Renewable Energy Systems
Software-in-the-Loop combined Reinforcement learning method for Dynamic Response Analysis of FOWTs
Modelling Open Ocean Aquaculture Structures using CFD and a Simulation-based Screen Force Model
IS13 - Numerical Modeling of Flexible Structures in Offshore Environment
A NEW SENSOR TO CHARACTERIZE FLOW SEPARATION ON A HYDROFOIL
IS14 - Physics and Simulation of Hydrofoils
Investigating the influence of sheared currents on ship hydrodynamics in confined water using Computational Fluid Dynamics
IS03 - Applications of CFD in Ship Resistance and Seakeeping
Stability and transition of the wake of a hydrokinetic axial-flow turbine
Accessibility for maintenance in engine room: a prediction tool for operational costs estimation during the design process
IS07 - Machine Learning and Artificial Intelligence in Marine Engineering
Numerical Modelling and Structural Analysis of a 1 MW Tidal Turbine Blade
IS08 - Marine Current Energy Systems: Analysis and Design
Prediction Model for Partially Cavitating Hydrofoils based on Sensitivity Derivatives
A Two-fidelity level approach for Marine Propeller Design
The Influence of Leading-Edge Tubercles on the Wake Flow Dynamics of a Marine Rudder
IS02 - Applied Biomimetics in Marine Hydrodynamics
The Development of Optimized Small Cargo Ship
Novel Modeling Methodology of the Deep-water Flexible Riser with the Slug-flow
In-behind Performance of an Ice Classed Propeller in Model and Ship-Scale
IS19 - Use of Computational Methods to Advance Steady Ship Hydrodynamics
Numerical analysis of the dynamic response of an integrated structure of the floating wind turbine and the fish cage to regular waves
Goal-Oriented Metric-Based Mesh Adaptive Tidal Farm Modelling
IS17 - Tidal Energy Resource Assessment and Optimisation
Towards Automatic Parameter Selection for Multifidelity Surrogate-Based Optimization
A STUDY ON THE EFFECT OF HULL SURFACE TREATMENTS ON SHIP PERFORMANCES
CFD verification and validation of added resistance and seakeeping response in regular oblique waves with varying wave length
CFD-based identification of hydrodynamic coefficients for a rudder
URANS SIMULATIONS OF THE JAPAN BULK CARRIER BENCHMARK TEST CASE
Computational analysis of resisting marine FRP divisions exposed to fire. Application to the analysis of ship structures.
Numerical investigation of curvature effect on ship hydrodynamics in confined curved channels
Analysis of a floating wave energy converter interaction with waves using the Overset framework
Data-Driven Identification of Critical Wave Groups
CFD Investigation of the Effect of Water Depth on Manoeuvring Forces on Inland Ships
Effects of Propeller Pitch and Number of Blades on Energy Saving of an ECO-Cap
stereoscopic particle image velocimetry (SPIV) measurement