An understanding of the hydroelastic response of a flexible circular plate to water waves is
relevant to many problems in ocean engineering ranging from offshore wave energy …

This paper develops second-order theory for narrow-banded surface gravity wavepackets
experiencing a sudden depth transition based on a Stokes and multiple-scales expansion …

The transport of plastic particles from inland sources to the oceans garbage patches occurs
trough coastal regions where the transport processes depend highly on wave‐induced …

Surface gravity wavepackets in intermediate water depth experiencing an abrupt depth
decrease are investigated experimentally. The experiments provide validation for the …

This study analyses time history data measured by a widely used type of oceanographic
buoy. The motion of the buoy is recorded as a three-component displacement vector with …

Periodic water waves generate Stokes drift as manifest from the orbits of Lagrangian
particles not fully closing. Stokes drift can contribute to the transport of floating marine litter …

Existing force models for a vertical surface-piercing cylinder require water depth integration
from the seabed to the free surface to determine the total inline force. However, acquiring the …

The ocean near-surface layers, such as the mixed and mixing layers, the entrainment layer,
and the log layer, contain the oceans' most energetic turbulence and are critical to …

The evaluation and consideration of the mean flow in wave evolution equations are
necessary for the accurate prediction of fluid particle trajectories under wave groups, with …

Eulerian and Lagrangian measurements of orbital velocities in waves approaching a beach
are analyzed with the goal of understanding the relative influence of wave‐by‐wave …