10th July 2018
Stirling Dynamics is pleased to announce its latest collaborative research project Aeroelastic CFD Manoeuvres Toolkit – a joint investigation with MSC Software (developers of NASTRAN) and end-user, BAE Systems – into the nonlinear aeroelastic effects that contribute to the loads experienced on aircraft. This 18-month National Aerospace Technology Programme (NATEP) research project aims to improve the accuracy and simplicity of loads modelling on flexing structures such as aircraft wings.
The output of the project will be an advanced tool that takes nonlinear aerodynamic effects into account, which can result from shock movement or flow separation. This means uncertainties in the aircraft modelling process will be reduced, which results in better accuracy in the models produced, less conservative aircraft designs and lighter future aircraft. The key benefit of lighter aircraft being less fuel burn.
Having the ability to perform nonlinear aeroelastic analysis including nonlinear control systems will give Stirling and its partners a capability not found outside of the major aircraft OEM’s. Stirling’s R&D Manager, Dr Simon Hancock commented: “Stirling has a long history of developing independent aircraft design tools. Working on this NATEP project together with MSC Software and BAE Systems is an excellent opportunity to develop our capabilities further and use these new tools for future aircraft design.”
NATEP is an Aerospace Growth Partnership initiative led by ADS, supporting companies in the aerospace supply chain to develop new technologies for current and future aircraft platforms. This NATEP project is being coordinated by the Farnborough Aerospace Consortium (FAC).
For more information on Stirling’s current R&D projects, contact Dr Simon Hancock at email@example.com