DIC to validate your FEA simulations.
Digital Image Correlation captures high-resolution displacement and strain fields, calculated directly on your finite-element mesh.
Getting tests and simulations to speak the same language.
EikoSim connects DIC measurement to the finite-element mesh, eliminating approximations and data loss between the physical test and the numerical model.
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A full-field measurement, directly on your mesh.
Digital Image Correlation is the optical measurement technique that connects testing to simulation. Not a point sensor — a complete, dense field, comparable point by point with your simulation.
Capture
Synchronized cameras on the test specimen. High-resolution image acquisition during loading.
Correlation
The DIC algorithm computes displacements directly on your FEA mesh — no re-interpolation.
Calibration
Field-to-field comparison with your simulation. Automatic identification of material parameters.
Integrating Digital Image Correlation transforms how you work.
Higher accuracy
Dense experimental data that refines simulation parameters and improves the predictability of your results.
Faster iterations
DIC data directly connected to your FEA pre/post-processing tools. Engineers identify and correct discrepancies without manual updating.
Greater confidence
Validation of simulation results through experimental data. Rely on your predictions for safer engineering decisions.
Make DIC a standard in your validation workflow.
A 30-minute demo is enough to see how EikoTwin DIC connects to your FEA tools and accelerates your validation cycles.
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