For over 11 years now, FEA Online has been providing high quality FEA solutions to clients from all over the globe. Our clients understand the importance of accurate FEA results, delivered on time and on budget. From Aerospace to Marine, from Oli & Gas to specialist one-off projects, no job is too small or too complex. Our highly trained and experienced engineers can tackle problems ranging from complex non-linear solutions, to simple statics.
As our recent client survey has shown, our clients report extremely high levels of customer satisfaction. The following is a typical comment from one of our more recent overseas clients:
"The right questions were asked and there was a clear effort to understand our goals and confirm that we were getting the results that were needed.Great customer support!"
USA-based client.
So, if you are looking for high quality FEA solutions, without the need for further investment & training, unnecessary travel & time-consuming meetings then come to us - we'll take care of it for you!
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The now well established and over 5-year partnership between Rutherford Appleton Laboratories (UK) and FEA Online continues with further analysis on the Artemis pressure vessel, part of a state-of-the-art vacuum beamline on the particle accelerator at RAL. You can learn more about our work with RAL by following the case studies links on the right.
Diamould recently awarded FEA Online a contract to analyse one of their new sub-sea connector designs. This exacting and detailed analysis builds on the experience already gained by FEA Online on previous connector designs for Diamould.
Diamould connectors are designed to operate in the most extreme of sub-sea environments, often up to depths of several thousand meters. The FEA analysis conducted by FEA Online for Diamould is critical to the design process, where prototype testing is extremely difficult and costly, if not almost impossible in most cases.
The critical analysis for a Waste Management Autoclave System for Autoclaves, UK, Ltd, continues with further analysis of the critical autoclave door and closing mechanism.
This analysis continues on from the main pressure vessel analysis conducted earlier on this year and which has already successfully undergone third party review and approval.
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