X-ray computer tomography (CT) is fast becoming an accepted tool within the materials
science community for the acquisition of 3D images. Here the authors review the current …

Abstract 3D imaging has become popular for analyzing material microstructures. When time
lapse series of 3D pictures are acquired during a single experiment, it is possible to …

The remarkable increases in computational speed and memory size that have occurred over
the past three decades have impacted virtually every area of scientific inquiry. With regard to …

Measurements of three-dimensional displacements in a scaffold implant under uniaxial
compression have been obtained by two digital volume correlation (DVC) methods, and …

Over the past years, we have been developing new algorithms and approaches for robust,
efficient and accurate internal displacement and strain field measurements using digital …

The strain field of a crack in polygranular isotropic nuclear graphite, a quasi-brittle material,
has been studied during stable fracture propagation. Synchrotron X-ray computed …

Plastic deformation in the vicinity of hardness indentations in two ductile metals, an
aluminium–silicon carbide composite (Al–SiC) and a cast magnesium alloy (WE43), was …

Most of the norms used in the field of digital image (and volume) correlation to register two
images (or volumes) lead to ill-posed problems. One of the frequent solutions is to enforce a …

Characterizing material 3D deformation and damage is a key challenge in mechanical
research. Digital volume correlation (DVC), as a tool for quantifying the internal mechanical …

The measurement of three dimensional displacement fields from tomographic image
registration, or Digital Volume Correlation, usually operates over two volumes that have …