To understand the influence of temperature on sandstone failure process, the cyclic loading
and unloading tests under the action of seepage and stress were carried out on sandstone …

During the degradation of critical rotating components using ceramic materials, due to the
uncertainty of the failure generation mechanism, the high nonlinearity of failure evolution …

The initiation and propagation of hydrogen-induced cracks (HICs) in twining-induced
plasticity (TWIP) steel were quantificationally explored based on the HIC statistics at a macro …

The scaling-dependent behaviors of rocks are significant to the stability and safe operation
of the structures built in or on rock masses for practical engineering. Currently, many size …

Most of the surface macroscopic faults of ceramic bearings are caused by the extended
evolution of early subsurface cracks in mesoscopic and microscopic levels. Because of the …

In this paper, the split Hopkinson pressure bar device and high‐speed camera system are
applied to carry out the impact tests of fine‐grained granite samples with two parallel …

In this paper, a method for recognizing the crack location on the outer ring of the full ceramic
bearing is proposed, which considers the transmission of the vibration signal on the outer …

Uniaxial compression test was carried out to study the combined effects of inclination angle
of prefabricated closed crack and strain rate on the mechanical properties and fracturing …

Although important, fracture strength in structural ceramics remains difficult to predict due to
the inherent micropores, and there is a tremendous need for more precise modelling of pore …

A micromechanical multi-physics model for ceramics has been recalibrated and used to
simulate impact experiments with boron carbide in abaqus. The dominant physical …