New capability enables the integration of non-contacting Digital Image Correlation (DIC) measurement signals into AeroPro data streams.
Industry-leading AeroPro software now features the capability to incorporate Digital Image Correlation, or DIC, signals into its integrated control and data acquisition stream. DIC is an optical, non-contacting measurement technique used to evaluate the motions and deformations of specimens under test. Because it offers relatively easy specimen preparation and yields high-resolution, 3D full-field measurement data, DIC is being used increasingly in aerospace testing as a complement to contacting sensors, and to validate FEA models.
AeroPro Software version 7.70 supports ARAMIS Digital Image Correlation solutions provided by Carl Zeiss GOM Metrology GmbH.
AeroPro Software version 7.70 supports ARAMIS Digital Image Correlation solutions provided by Carl Zeiss GOM Metrology GmbH.
Modular ARAMIS DIC solutions comprise a 2D or 3D camera array, illumination, and advanced processing and analysis software, which can be easily expanded to support increasing and evolving non-contacting measurement requirements.
With communications established between ARAMIS and AeroPro, user-definable parameters are set, and Data Display is configured to show the desired test, graphic displays, and control and measurement signals.
The ARAMIS DIC signals are integrated in real-time into the AeroPro data display tool, where they can be analyzed together with the control signals of the test system as well as the signals captured by other sensors and measuring instruments.
