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Rectify oblique multi-view image with a planar calibration target for in-plane displacement and strain fields
Conference paper   Open access

Rectify oblique multi-view image with a planar calibration target for in-plane displacement and strain fields

Chi-Hung Hwang, Wei-Chung Wang and Yung-Hsiang Chen
Procedia Engineering, Vol.79, pp.466-478
2014

Abstract

Digital image correlation Image projective transformation In-plane displacement Multi-camera Planar calibration target Strain field Engineering (all)
In this paper, we demonstrate a 3D projective transformation to rectify oblique multi-view image with a planar calibration target for in-plane displacement and strain field measurement. The multi-camera semi-circular DIC system captures oblique multi-view image from three different view angles. Produce front view image from oblique projective image. The front view image can be analyzed by the DIC method to extract the in-plane displacement and strain field. The displacement can also be computed from contour maps obtained before and after the in-plane translation motion of rigid body. The experimental results show the measurement method is implemented to rectify oblique multi-view image for in-plane displacement and strain field.
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https://doi.org/10.1016/j.proeng.2014.06.368View
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