The performance of rock blasting is significantly influenced by the coupling medium between
the explosive and borehole wall. In this study, two shear-thickening fluids (corn starch …

The dynamic failure process of structures under extreme loadings is very common in many
fields of engineering and science. The smoothed particle hydrodynamics (SPH) method …

To investigate the real physical mechanism of rock fragmentation subjected to water jet
under in-situ stress condition, a numerical model based on the SPH algorithm was …

Numerical simulations of viscoelastic fluid flows are always a hot issue in the field of
computational fluid dynamics and the study of their complex rheological properties has …

In this work, we propose a new phase-field formulation with dynamic JH2 constitutive model
in the updated Lagrangian finite element framework for capturing the blasting-induced …

It is a notoriously challenge problem for Lagrangian particle methods to solve compressible
flows with strong discontinuities and large volume variations. To overcome the problems of …

Quantitative evaluations of blasting damage evolutions of concrete structures are the
premise of improving the design codes of concrete blasting engineering. However …

Unknown pre-existing fissures have great impacts on the failure modes and mechanical
properties of tunnels. However, there are few discussions about the influence of different …

Patient-specific simulation of the fluid–structure interaction (FSI) problems in cardiovascular
systems plays an increasingly important role in fundamental research and clinical …

Hidden fissures widely exist in the surrounding rock of tunnels, and the propagations and
interactions of the fissures will directly affect the safety and stability of tunnels. However …