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Propulsion modelling using an actuator disc in Fidelity Fine Marine

Efficient Propulsion Simulation in Fidelity Fine Marine

How can the propeller-hull effect be simulated efficiently and, at the same time, accurately?
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Propulsion modelling using an actuator disc in Fidelity Fine Marine

Efficient Propulsion Simulation in Fidelity Fine Marine

How can the propeller-hull effect be simulated efficiently and, at the same time, accurately?
Propulsion modelling using an actuator disc in Fidelity Fine Marine

Efficient Propulsion Simulation in Fidelity Fine Marine

How can the propeller-hull effect be simulated efficiently and, at the same time, accurately?

Case Studies

Real projects, real results: References and customer testimonials about our simulation skills — and about Fidelity CFD software.

An electrified RIVA Powerboat – Optimised

This paper investigates the hydrodynamic performance of a classic wooden powerboat, the RIVA Junior, using CFD and driven by an environmentally friendly electric motor.
Damen

Validation of Wind Loads on a Slender Vessel Using CFD

DAMEN and Cadence are developing a CFD methodology to demonstrate a vessel has sufficient transversal stability to resist over-rolling in severe side winds.
CS_Marintek_Planing_Hulls_900x506

Reducing fuel usage with ship trim optimisation

Ship trim optimization has recently gained enormous momentum in the field of naval architecture. See how the unique features of Fidelity Marine contributed to obtaining a database of optimal trim angles quickly and with high accuracy.
Damen Shipyards Is Building Ships and Making Waves

An interview with Damen Shipyards

Damen Shipyards Is Building Ships and Making Waves with Cadence CFD and Cloud Solutions
INEOS Britannia Designing for Race-Winning Speed with Fidelity Fine Marine CFD

INEOS Britannia: Designing for Race-Winning Speed

With Fidelity Fine Marine CFD, we are developing solutions to achieve top speed in the America’s Cup

Prediction of the resistance curve of a planing hull Fidelity Marine Marintek

For the prediction of the resistance curve of a planing hull and validation against model tests, Marintek used Fidelity Marine and Hexpress in this user case.
Coverphoto by asoggetti on Unsplash

Extending quadcopter drone flight time and range with Fidelity CFD simulation

aerodynamic simulation and optimisation of an industrial quadcopter drone (UAV) in hover mode, the most energy intensive mode of this type of drone.
Distribution of the instantaneous blade surface disturbation pressure giving rise to aerodynamic damping.

Prediction of the unsteady Flow

Developing a workflow for accurate, reliable and affordable prediction of forced response vibrations in radial turbines, taking into account mistuning effects.
Surface and volume mesh of an impeller solid meshed with Surface to Volume (S2V) method in Fidelity Hexpress

Surface to Volume (S2V) Meshing in Fidelity Hexpress

Are you aware, that we can do unstructured meshing with a surface-to-volume (S2V) algorithm?

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