Designing critical components for regulated industries takes more than just running calculations and hoping for the best. At Eadon, we combine engineering analysis with practical testing to give our clients confidence that a design will work safely and reliably in the real world – not just on paper. 

That’s especially important when dealing with unusual materials, complex loading conditions or something completely new. Analysis is a huge part of the process, but sometimes there’s only so far calculations can take you before you need to physically test and validate a design. 

We recently used this approach on a project involving carbon fibre tubes. After carrying out structural and fatigue analysis to understand how the tubes would behave under load, we then tested the tubes to confirm their material properties and make sure their real-world performance matched our analysis. With composite materials, every design is effectively bespoke, so testing plays an important role in building confidence in the final solution. 

We also used a similar process for another compact mechanical system we developed for a highly regulated environment. Alongside the modelling and design work, the prototype underwent vibration testing on a shaker table to see how it responded under demanding operating conditions. This testing validated our assumptions made during analysis, giving us more confidence in the final design. 

For us, good engineering is about knowing the right combination of tools and techniques to use for each challenge. Sometimes that might mean detailed simulation and analysis. Other times, a more balanced approach – combining proportionate analysis with targeted physical testing can get us to the right answer faster and more effectively. 

Using simulation, fatigue assessment, dynamic analysis and real-world testing, we’re able to help reduce uncertainty, validate performance and make informed engineering decisions with confidence.