Abstract: Fluid flow through three natural single rough-rock fractures were measured at different normal stresses. The surface height of both halves of each of these fractures was measured with and without solidified Wood's metal ...

Abstract: AbstractThe phononic-like crystal (PLC) metaconcrete material with vibration reduction performance, proposed by the authors based on local resonance metamaterials, provides a new technology for solving low-frequency vibration ...

Abstract: In this paper, the effects of the capsule half-cone angle on the dynamics of supersonic parachute systems are investigated. The supersonic flow over three-dimensional rigid parachute models are studied by numerically solving ...

Abstract: In this paper, the effects of the capsule half-cone angle on the dynamics of supersonic parachute systems are investigated. The supersonic flow over three-dimensional rigid parachute models are studied by numerically solving ...

Abstract: AbstractTo investigate the aggregation mechanism of coal dust in water spray influenced by acoustic wave perturbation, based on the theory of acoustic agglomeration, a self-developed acoustic excitation platform was used ...

Abstract: Quality control of embankment compaction is of great significance to the durability and stability of high-embankment airports. The current method of embankment quality control mainly relies on manual inspection for a limited ...