As a carrier of deformation information, the speckle pattern, or more exactly the random
intensity distributions, which could be naturally occurred or artificially fabricated onto test …

Abstract Digital Image Correlation (DIC) has emerged as a pivotal non-contact, full-field
deformation measurement method over the past four decades, witnessing a remarkable …

The role of crystallographic grain size and microstructure of an austenitic stainless steel
(A316LN) is studied via in-situ mechanical testing in an SEM and digital image correlation to …

A simple and repeatable speckle creation method based on water transfer printing (WTP) is
proposed to reduce artificial measurement error for digital image correlation (DIC). This …

The combination of digital image correlation (DIC) and scanning electron microscopy (SEM)
enables to extract high resolution full field displacement data, based on the high spatial …

Digital image correlation of scanning electron microscope images is a powerful technique
for measuring full-field deformation at microstructural length scales. A major challenge in …

Today, effective implementations of digital image correlation (DIC) are based on iterative
algorithms with constant linear operators. A relevant idea of the classic finite element (or …

Crystallographic aspects of heterogeneous plastic flow during ductile tearing are assessed
experimentally by combining in situ synchrotron laminography imaging of notched flat …

Deformation in materials is often complex and requires rigorous understanding to predict
engineering component lifetime. Experimental understanding of deformation requires …

In digital image correlation (DIC), the unknown displacement field is typically identified by
minimizing the linearized form of the brightness conservation equation, while the …