We investigate the validity and robustness of the Barthelemy et al.(2018, https://doi.
org/10.1017/jfm. 2018.93) wave‐breaking onset prediction framework for surface gravity …

We present direct numerical simulations of breaking solitary waves in shallow water to
quantify the energy dissipation during the active breaking time. We find that this dissipation …

An experimental investigation of two-dimensional dispersively focused laboratory breaking
waves is presented. We describe the bandwidth effect on breaking wave energetics …

This paper presents new results regarding numerical simulations of breaking wave impacts
on a surface-piercing cylinder. The computational fluid dynamics solver, code_saturne …

Laboratory measurements of velocity fields and void fraction under spilling breaking waves
are presented. Modified particle image velocimetry was used to quantify the flow kinematics …

The present study is a new experimental investigation into energy dissipation due to wave
breaking. Long-crested wave groups based on JONSWAP spectra are generated in a wave …

If a weir is dragged through a wave flume, the upstream flow takes the form of an undular
bore propagating ahead of the weir. It was found previously in the work of Wilkinson and …

A dynamical understanding of the physical process of surface gravity wave breaking
remains an unresolved problem in fluid dynamics. Conceptually, breaking can be described …

This paper presents laboratory measurements of surface transport due to non-breaking and
breaking deep-water focusing surface wave packets and examines the dependence of the …

Solitons and breathers are nonlinear modes that exist in a wide range of physical systems.
They are fundamental solutions of a number of nonlinear wave evolution equations …