Virtual test set-up
Hardware connection
Simulation
correlation
Model-based image
processing
Reality-inspired simulations
EikoTwin Digital Twin
The EikoTwin Digital Twin is a highly effective tool to enhance simulation model calibration accuracy.
This innovative technology relies on digital models that are specifically calibrated using test data, ensuring that the resultant simulations provide highly accurate and reliable results.
Digital twin technology implements "augmented simulations", which use the measured data as boundary conditions, but also allow simulation-enabled model calibration of material model parameters to bring the simulation closer to the expected result.
EikoSim's engineering partners and customers
Principle
- Integration of test results for the validation of simulations.
- Import of sensor measurements and direct comparison with the simulation result.
Features
- Use of measurements to enrich the simulation model outputs.
- Creation of measured boundary conditions to release idealized conditions for model calibration.
- Export of a digital twin prototype simulation model enhanced with measurement information.
Results
- Quantification of virtual model errors due to boundary conditions.
- Automatic identification of the simulation parameters required (materials, etc.).
- Determination of the residual calibrated model error.
Testimonials
Applications and tutorials
Modal analysis validation – in practice
In a recent post, we mentioned how DIC can be used for modal analysis validation by comparing the measured field with a finite element simulation. A practical exercise was proposed to us by INTES: how to export results to a simulation pre-post, in this case that of the PERMAS software? In this case, we have…
Building simulation credibility: the validation of Ariane 6’s Dual Launch Structure
Ensuring the credibility of simulation models is a concern in all fields of engineering. In aerospace engineering, structural qualification is a crucial step in ensuring that critical components are capable of withstanding the most severe operational conditions. This process is essential to ensure the safety and reliability of systems during missions. This article focuses on…
Modal analysis: how can Digital Image Correlation (DIC) help?
Modal analysis is a key technique used in engineering to understand the vibratory behavior of mechanical structures. It enables us to determine the natural frequencies and modal shapes of a structure, which are crucial in ensuring that it does not resonate dangerously under specific operating conditions. Traditionally, this analysis has relied on the use of…
Altair Partner Interview
As an Altair partner, EikoSim was recently invited in Troy, MI for the 15th birthday of the Altair Partner Alliance. It was an occasion for our CEO Florent Mathieu to talk about our software offering and our views for the future. Want to know more about our validation solutions? Head on to our software portfolio. EikoTwin…
Recently, our CEO, Florent Mathieu, had the honor of joining Jousef Murad to discuss testing & simulation on his podcast, The Engineered Mind. In this conversation, Florent dives into the heart of what makes EikoSim a game-changer in the realm of structural simulation. From the intricate details of test preparation and instrumentation to the invaluable…
Calibration of material parameters from a single test: workflow
By Florent Mathieu, CEO of EikoSim. Images and data – credits IRT St Exupéry How can you perform calibration of several material parameters with a single test? Here’s a guide. In a previous article, we explored the possibilities offered by lattice structures and showed how it is possible to measure these complex kinematics using Digital…
98-100 AVENUE ARISTIDE BRIAND
92120 MONTROUGE
FRANCE