Virtual test set-up
Hardware connection
Model-based image processing
Model-based image
processing
EikoTwin DIC
EikoTwin DIC is an image processing software dedicated to the link between measurements and numerical simulations.
It uses a patented measurement technology to provide automatic test-simulation comparison. It allows the determination of model errors and the identification of error sources
Principle
- Image processing (digital image correlation) based on the finite element mesh.
- Automatic calibration around the mesh.
- Multi-view (no technical limit to the number of cameras).
Features
- Many directly accessible fields: displacements, strains, residual (at pixel scale) on the surface of the part.
- Export of figures that can be used directly in your presentation.
Results
- Virtual sensors (displacement, strain gauges).
- Immediate test/simulation comparison based on finite element simulation results.
Testimonials
Applications and tutorials
EikoTwin DIC 1.3 is available!
On the menu of the main improvements of this first update of the year 2021 : Reduced computation times and lighter results. Emphasis has been placed on computation performance and storage in EKT files. New “Batch” mode. It will allow you to perform a series of calculations directly with EikoTwin DIC. Do not hesitate to…
Mastering self-calibration with EikoTwin DIC
To provide accurate digital image correlation (DIC) results, the EikoTwin-DIC software must first calibrate the camera system. This is made using images of the structure in its reference state (unloaded). Using these images, the software determines the intrinsic parameters (the cameras focal lengths, optical centers, skews) and extrinsic parameters (camera positions and orientations in the…
EikoTwin DIC gets its 1.2 update !
Version 1.2 of EikoTwin DIC is available ! Here is a short-list of the main updates : EikoTwin DIC welcomes hybrid calibration! More robust (especially in the case of near-plane specimens), this new technique allow to calibrate separately your cameras intrinsic and extrinsic parameters, thanks to a one-of-a-kind calibration target. For more information, please contact…
Design and validation of laser impact tests
Redactors: C.Minguet, F.Mathieu – EikoSim ; E.Chalumeau – ALPhANOV ; F.Hild – Université Paris-Saclay, ENS Paris-Saclay, CNRS ; R.Peiffer, S.Carpier – MBDA ALPhANOV[1], optics and lasers technology centre based in Talence since 2007, and MBDA[2], European leader in the Defence sector, have had a joint laboratory since 2019 for laser-matter interaction comprised of a cabin equipped with a…
What is a good Digital Image Correlation speckle pattern ?
In another article, we talked about the different techniques for creating a speckle pattern in digital image correlation, including the ability to vary the size and nature of the spots projected on the piece. But what size should your speckle pattern be? There is no “good” or “bad” speckle, or rather one cannot judge the…
Detection monitoring of cracks with Digital Image Correlation: a choice tool
Context Some structures have a long service life from commissioning to replacement. These structures, when they have a fundamental role, must be able to maintain their physical integrity throughout their service life. To do this, it is essential to ensure their reliability over time. In the case of such structures as metal water pipes, different…
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