Today’s automotive industry demands high quality component designs within a very short period of time, so that it meets the toughest mechanical features and ultimate safety standards.
In addition to that, simultaneous inspection of multiple regions of interest on complex components, that are based more and more on composite materials, forces the use new optical measuring tools.
Digital Image Correlation (DIC), a full field and non-contact measuring technique, offers a cost effective, fast, and highly accurate measuring technique solving todays measuring demands in the automotive industry.
Application Notes
Full field strain measurements in sheet metal forming processes at Esslingen University of Applied Sciences
The EduDIC is used by the Laboratory for Forming Technology and Laser Material Processing (UTL) of the Faculty of Machinery and Systems at the Esslingen University of Applied Sciences (Hochs[…]
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EduDIC helps validate new materials for lighter and more environmentally friendly cars
The EduDIC is used by Blekinge Institute of Technology to investigate sheet metal forming and polymer material characteristics for the cars of tomorrow.
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Application Scripting Module – Forming Limit Curve (FLC) – Video
Here is an example of the forming limit curve (FLC) applications module for the plotting of the FLC and the determination of the major/minor true strains according to ISO 12004-2.
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Dantec’s Digital Image Correlation (DIC) Multi-Camera Metrology
Dantec Dynamics provides cost-efficient and innovative solutions for Material Testing and Structural Analysis of advanced materials and complex components.
The multi-camera DIC solution pro[…]
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RELATED SOLUTIONS
Basics of 3D Digital Image Correlation (DIC)
In classical image correlation the deformation of an object is determined by observation with a CCD camera. Then a digital image correlation process determines the shift and/or rotation and […]
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Experimental Finite Element Method (FEM) validation using Digital Image Correlation (DIC)
A variety of mechanical engineering disciplines, such as aeronautical, biomechanical, and automotive industries rely on Finite Element Method (FEM) in the design, development and testing of […]
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