CFD Applications for Fluid-Structure Interactions

Synopsis

Computational Fluid Dynamics (CFD) can be a powerful tool used to assist in structural analysis. This presentation will first discuss some CFD modelling methods and then how these can be integrated into wider projects. Followed by a case study, highlighting high pressure air venting onto a simple plate.

Whilst the CFD example is not complex, it will give a good insight into the considerations required when scoping and developing a CFD investigation, along with a greater understanding of what level of data output can be expected.

About the Speakers

C Nolan has been working at the global engineering consultancy, AtkinsRéalis for almost 2 years as a CFD engineer. Her team sits within the infrastructure sector, but her work involves a large amount of cross discipline studies. C regularly performs investigations in; hydrodynamics, aerodynamics and thermodynamics helping design engineers in; water, transport, infrastructure, buildings, nuclear, defence and renewables markets, highlighting the vast range of CFD applications throughout engineering. Prior to this, C spent 4 years working in the National Wind Tunnel Facility at the University of Glasgow performing CFD and experimental research for her PhD in Aerospace Engineering.

Registration

This event is open to all and is free to attend. Please join the meeting via Teams* by clicking on this link. No registration is required.

Further information

This event is organised by IMechE Bath & Bristol Young Members' Panel and SECED Young Members Sub-Committee. For further information, please contact Maria Liapopoulou (This email address is being protected from spambots. You need JavaScript enabled to view it. 

* Microsoft Teams is freely available on all major platforms, including Windows, Linux, MacOS, Android and iOS. To download and install the software, follow this link. SECED is not sponsored by or otherwise affiliated with Microsoft, and we do not endorse any Microsoft products. 

Event Details

Event Date 21/11/2024 12:00 pm
Event End Date 21/11/2024 1:00 pm