Ship & Propulsion Performance Simulations

• Analysis and prediction of propulsive performance can be done either by CFD simulations or based on bare hull resistance, empirically determined propulsive coefficients WT, t, hR and open water characteristics from the large database of model tested propellers/thrusters at Kongsberg Hydrodynamic Research Centre.
• Kongsberg’s High-Performance Computer Clusters HPCC’s allows CFD simulations of propulsion systems and ships to be conducted in a short time frame. Simulations are performed using methods in model- and full-scale built on research and validations. The unique capability of Kongsberg to combine in-house experimental testing and numerical simulations build confidence in CFD models used for design and optimisation. 
• CFD simulations for analysis and optimisations are today part of the design tools available to designers at Kongsberg. 
• Simulations and predictions in an iterative design process helps to minimize hull resistance and improve system performance of the vessel.
• Integration of propulsion and hull is key to improve interaction effects and obtaining low fuel consumption and high comfort level. The design process strives for finding the optimal balance between propulsive efficiency and cavitation nuisance, noise and vibration levels.​

These simulation capabilities are available also for our customers, as a hydrodynamic service, to support design and optimisation.