Abstract Background Three-dimensional (3D) reconstruction technology is a method of
transforming real goals into mathematical models consistent with computer logic …

The combination of fringe projection (FP) and two-dimensional digital image correlation (2D–
DIC) has been proposed in previous work [1] as an alternative method to obtain …

The recent improvement in accessibility to high speed digital cameras has enabled three
dimensional (3D) vibration measurements employing full-field optical techniques. Moreover …

Abstract High Speed 3D Digital Image Correlation has reached notorious popularity in
dynamic characterisations because of the full-field non-invasive performance. It is being …

Abstract Phase-Based Motion Magnification (PBMM) is an effective methodology to visualise
imperceptible phenomena based on magnifying periodic subtle movements on image …

An approach for the measurement of surface displacement fields in three dimensions is
presented based on the combination of two-dimensional digital image correlation with fringe …

An improved measurement method and an automatic calibration procedure are proposed for
a combined 2D Digital Image Correlation and Fringe Projection system that allows …

Three-dimensional digital image correlation (3D-DIC) has become the most popular full-field
optical technique for measuring 3D shapes and displacements in experimental mechanics …

In the current paper, an optical low-cost system for 3D displacement measurement based on
a single camera and 3D digital image correlation is presented. The conventional 3D-DIC set …

Deformation detection is vital for enabling accurate assessment and prediction of structural
changes in materials, ensuring timely and effective interventions to maintain safety and …