We present a proof-of-concept particle-based fluid–structure interaction (FSI) computational
framework for modeling structural fracture and fragmentation under the impact of extreme …

Under investigation in this article is the propagation of the internal solitary waves in the finite
depth ocean. According to the perturbation and multi-scale analysis method, the (2+ 1) …

This research employs a Computational Fluid Dynamics (CFD) model utilizing the olaFlow
solver to investigate the efficacy of flooding mitigation structures, such as a seawall (SW) …

This paper presents the findings from the laboratory wave flume experiments designed to
investigate the formation and evolution of scour around a non-slender, square vertical …

Currents in coastal zones under multiple mechanisms in terms of tides, waves, wind, and
high roughness are difficult to model; bed shear stresses under wave–current flows are …

A series of laboratory experiments and high-fidelity numerical simulations were carried out
to investigate the scour induced by a solitary wave around a non-slender, vertical structure …

Coastal communities have been vulnerable to extreme coastal flooding induced by
hurricanes and tsunamis. Many studies solely focused on the overland flow hydrodynamic …

This study examines the interaction between random waves and an oyster reef, both in its
plain state and when enhanced by energy dissipating macro-roughness. The investigation …

Oyster reefs play a dual role in the ecological and economic sustainability of global
estuarine resources. Due to human activity and climate change, the prevalence of …

This work examines tsunami run-up processes within a building array partially sheltered by
a high-elevation, finite length, seawall. Work was performed using numerical modeling of 2D …