The spatial distribution of the world population is uneven, with a density of about 40% living
in coastal regions. The trend is expected to continue in both demographic indicators and …

Tsunamis pose a significant threat to coastal engineering. A comprehensive physical
experiment was conducted to examine the effect of air chambers on vertical structures with …

Recent catastrophic tsunamis, such as the 2004 Indian Ocean and 2011 Tohoku events,
have underscored the need for resilient coastal infrastructure. Field investigations in the …

This paper examines long wave loading on a building array behind a high-elevation, varying-
length seawall through laboratory experiments conducted in Oregon State University's …

Tsunami bores have a strong destructive ability, capable of damaging coastal structures and
endangering human life. This study focuses on the interactions between tsunami bores and …

With the advancement of the global economy, the coastal region has become heavily
developed and densely populated and suffers significant damage potential considering …

Amongst extreme hydrodynamic events are bore-and surge-type flow motions that are
observed in the context of storm surges induced by tropical cyclones, but also occur when …

During the tsunami landfall, the structures near the coast perform like a wall of certain
obstruction, b/W (b= structure width, W= available flow channel width) to the incoming flow …

This study investigates the effectiveness of a new discrete V-shaped coastal barrier (V-wall)
to reduce multiple tsunami-bore impacts on a group of idealized coastal structures. The …

This study proposed a theoretical framework for an artificial marine environment and
conducted chloride diffusion tests on pipe pile under this environment. Real port data were …