The computational efficiency and measurement accuracy of the digital image correlation
(DIC) have become more and more important in recent years. For the three-dimensional DIC …

In industrial measurements and online monitoring, full-field and high-efficiency deformation
analysis has been increasingly important and highly demanded in recent years. In this …

Fast and high-accuracy deformation analysis using digital image correlation (DIC) has been
increasingly important and highly demanded in recent years. In literature, the DIC method …

After remarkable work over the last three decades, digital image correlation (DIC)
computational technique has made incredible progress under the unremitting efforts of …

Conventional digital image correlation (DIC) technique using a fixed reference image
provides high-accuracy measurements but normally fails when serious decorrelation effect …

The ideal pinhole imaging model commonly assumed for an ordinary two-dimensional
digital image correlation (2D-DIC) system is neither perfect nor stable because of the …

Abstract The inverse compositional Gauss–Newton (IC-GN) algorithm is one of the most
popular sub-pixel registration algorithms in digital image correlation (DIC). The IC-GN …

An optimized 3D digital image correlation (3D-DIC) system using active optical imaging is
developed for accurate shape and 3D deformation measurements in nonlaboratory …

OpenCorr is an open source C++ library made for research and development of digital
image correlation (DIC) technology. It provides full-function modules of 2D and stereo DIC …

The initial guess transferring mechanism is widely used in iterative DIC algorithms and leads
to path-dependence. Using the known deformation at a processed point to estimate the …