High-efficiency and high-accuracy deformation analysis using digital image correlation (DIC)
has become increasingly important in recent years, considering the ongoing trend of using …

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 …

ABSTRACT A fast, robust and accurate digital image correlation (DIC) method, which uses a
robust zero‐mean normalized sum of squared difference correlation criterion, a …

As a well-established technique for measuring surface deformation, the digital image
correlation method (DICM) has received wide application in experimental mechanics and …

The two major subpixel registration algorithms, currently being used in subset-based digital
image correlation, are the classic Newton-Raphson (FA-NR) algorithm with forward additive …

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 …

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

Abstract Digital Image Correlation (DIC) is an important and widely used non-contact
technique for measuring material deformation. Considerable progress has been made in …

In this paper, we report the following important progress recently made in the basic theory
and practical implementation of digital image correlation (DIC) for deformation …

Current iterative digital image correlation (DIC) algorithms can efficiently converge at the
deformation vector with high accuracy when they are fed with reliable initial guess. Thus, the …