Dynamic variables of drop impact such as force, drag, pressure, and stress distributions are
key to understanding a wide range of natural and industrial processes. While the study of …

Compressible fluid–particle two-phase flows broadly exist in engineering problems, and the
Eulerian–Lagrangian method is a popular branch of simulation studies. Usually, the coarse …

The impact of a spherical projectile on an evened-out granular bed generates a uniform
ejecta of material and a crater with a raised circular rim. Recently, Sabuwala et al.[Phys …

This Rapid Communication reports on an experimental study of granular craters formed by a
mechanism, namely, optical energy, via a pulsed laser focused onto the surface of a …

Cavity evolution in granular media is crucial in explosion-driven gas–particle flows,
particularly in many engineering applications. In this study, a theoretical model was first …

In this study, Hypermesh and LS-DYNA numerical simulation software are used to build a
multi domain coupling model of natural gas pipeline, including soil, pipeline, TNT explosive …

Sudden release of energy in an explosion creates craters in granular media. In comparison
with well-studied impact cratering in granular media, our understanding of explosion …

Drop impact is ubiquitous and relevant to many important natural phenomena and industrial
applications. Although the kinematics of drop impact has been extensively studied through …

We thank F. Japardi, W. Teddy, and J. Wang for the help with experiments. The research
was supported by NSF CAREER DMR‐1452180. LPV thanks the support of Capes and …