The advent of digital image and volume correlation has attracted wide use in fracture
mechanics. The full‐field nature of digital image and volume correlation allows for the …

We introduce a finite-element-model-updating-based open-source framework to identify
mechanical parameters of heterogeneous hyperelastic materials from in silico generated full …

High angular resolution electron backscatter diffraction has been used to quantify the local
elastic field at the tip of mechanically loaded intragranular slip bands observed in situ in the …

The quantitative characterization of crack tip loads is fundamental in fracture mechanics.
Although the potential influence of higher order terms on crack growth and stability is known …

Compact compression specimens with off-axis fibres are employed in this paper, to
investigate the effect of in-plane shear stress on the fibre kinking compressive fracture …

A novel method has been developed based on the conjoint use of digital image correlation
to measure full field displacements and finite element simulations to extract the strain energy …

Understanding the local fracture resistance of microstructural features, such as brittle
inclusions, coatings, and interfaces, at the microscale is critical for microstructure-informed …

Background Digital image correlation (DIC) with microscopes has become an important
experimental tool in fracture mechanics to study local effects such as the plastic zone, crack …

This paper proposes an approach to quantify the through-thickness J-integral for plane
strain specimens using digital image correlation (DIC) and examines the constraint effects …

The accurate measurement of fracture toughness depends on the accurate determination of
crack initiation. Our previous study demonstrates a relationship between the acoustic …