Integrated photoelasticity is investigated for a soft material subjected to a three-dimensional
stress state with large deformation. Our measurement target is designed based on the …

Microcantilevers are widely employed as mass sensors for biological samples, from single
molecules to single cells. However, the accurate mass quantification of living adherent cells …

This study presents a novel approach for reconstructing all stress components of the
dynamic axisymmetric fields of a soft material using photoelastic tomography (PT) and a …

Abstract Water Droplet Machining (WDM) is a new manufacturing process, which uses a
series of high-velocity, pure-water droplets to impact and erode solid workpieces, for the …

We introduce a general simulation approach to model fluid-submerged solid contact of
highly deformable objects within the Eulerian Incompressible Reference Map Technique …

Despite extensive research over the past three decades into how indentation depth affects
the hardness (H) of both crystalline and non-crystalline materials, a mechanistic …

The birefringence response of aqueous cellulose nanocrystal (CNC) suspensions in a two-
dimensional laminar flow is measured and studied. The suspensions have CNC …

An experimental study has been made of the sliding plastic contact in wedge indentation
and machining of ductile metals. The use of full-field photoelasticity has allowed direct …

Non-destructive, layer-resolved stress field measurements of multilayered systems are
essential for structural optimization, mechanical property induction and product inspection …

Ultrasound probes are widely employed for internal sonification, to detect anomalies and
assess mechanical properties. Achieving precise contact and orientation control is crucial for …