Modelling & Simulation of Towed Buoy

Our client was conducting a technology demonstrator programme to design a towed buoy and required a modelling and simulation partner to support its evaluation of the buoy performance in a number of mission-critical scenarios. Our capabilities in submarine hydrodynamics, CFD and towed-body modelling provided the ideal solution for this activity.

To support the project, we had to undertake several complex activities, such as the generation of a common test environment (including a cable model and a ‘virtual test tank’), model build of various design concepts, validation of the models against available physical test data, and analysis and comparison of the various designs against the end-customer requirements.

 

Development of an optimised propeller shaft design

Development of an optimised propeller shaft design

Learn how Stirling utilised 3D finite element modeling and Ansys software to optimise the design of a propeller shaft.

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The Future of Submarine Control

The Future of Submarine Control

Discover how the Full Authority Submarine Control (FASC) product simplifies control, reduces complexity, and enhances performance.

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Submarine Control System Design

Submarine Control System Design

Learn how Stirling Dynamic's autopilot software is revolutionising submarine control system design.

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