HITEMPEX LOW-LATENCY OPTICAL MEASUREMENT SOFTWARE FOR HIGH-TEMPERATURE MATERIAL TESTING Project ID: FW02020149Funded by: Technology Agency of the Czech Republic (TA CR)Duration: 2020–2023
The 2023 SP1 (Service Pack) release brings a new improved version of DIC measurement software ALPHA. We are Xsighted to present new features and summarize other improvements. Line Value Distribution enhancements The measured parameters, deflections, curvature and strains can be plotted as colored segments to the line tools. Embedded thermal camera view A thermal camera
DIC ALPHA 2023 SP1 Read More »
Application info In this experiment, the focus of investigation was a rectangular plate, serving as a low-profile pad support, embedded within a cylindrical frame. The plate offers resistance during deformation, effectively functioning as a spring. The apparatus finds application in aerodynamic bearings featuring tilting pads, contributing to the maintenance of smooth operation amidst varying working
Measured and Calculated: Bending of the aerodynamic bearing pad support Read More »
Introduction Optical measurement is today an inherent part of research and development in engineering sciences. It is apparent that no measuring technique is entirely precise, and DIC (Digital Image Correlation) Testing is no exception. That said, if it is decided that DIC measurement should be integrated into the R&D workflow or the quality control process,
Camera Angle influence on measurement error Read More »
Introduction Out-of-plane movement is an issue that can cause a serious deviation during measurement with 2D systems. In the case of simple Tensile tests, if the machine’s construction isn’t sturdy enough or the machine’s grips have some clearance, serious movement in the direction parallel to the camera axis is possible, which 2D systems cannot capture.
Out-of-plane movements effect on Simple tensile test measurement Read More »
The 2023 summer update brings a new major version of the DIC measurement software ALPHA. We are Xsighted to present new features and summarize other improvements. The DIC application enhances the visible part of all experiments to better understand their thermal and mechanical events by the visualization of the image analysis… Need help to have
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Optical Analysis of Deformations with Artificial Intelligence Project ID: FW03010653Funded by: Technology Agency of the Czech Republic (TA CR)Duration: 2021–2024 Project Overview Development of an optical deformation-measurement system enhanced by AI.The project combines digital image correlation (DIC), custom signal-reconstruction algorithms, and dedicated synchronization hardware for analysing dynamic and fatigue-related mechanical behaviour. Key AI Features Key
AI DIC – Optical Analysis of Deformations with Artificial Intelligence (FW03010653) Read More »
