This study examines the effectiveness of buffer blocks in dissipating the flow due to extreme
events along the coasts using the numerical modelling approach. Initially, the study explores …

To minimize scale effects, many experiments involving wave-structure-interaction are carried
out at large scale. To complement such experiments, numerical models capable of …

The advancement of technology has led to a significant increase in thermal loads, thus
presenting new challenges in heat dissipation. Traditional single-phase cooling systems are …

The present experimental scaled model (1: 40) study investigates the energy attenuation
process occurring due to the presence of the vegetation belt and the importance of …

Concepts and evolution of multi-scale modelling from the perspective of wave–structure
interaction have been discussed. In this regard, both domain and functional decomposition …

It is more common to introduce the parapet/recurve/wave return wall over the existing
structure, such as a vertical seawall or composite structure, to reduce the overtopping …

High-speed watercraft and ships undergo coupled motions which make the front portion of
the hull exit and violently re-enter water. This induces short-term slamming loads that may …

We present a fully‐explicit, iteration‐free, weakly‐compressible method to simulate
immiscible incompressible two‐phase flows. To update pressure, we circumvent the …

Failure of structures during extreme coastal flood events like a tsunami is common due to
inadequate structural design, resulting in substantial material loss. Nevertheless …

To explore the complicated physics of boiling heat transfer, researchers are increasingly
using numerical simulation methods like the Volume of Fluid (VOF) and the Diffuse Interface …