This paper presents a new third-order trajectory solution in Lagrangian form for the water
particles in a wave-current interaction flow based on an Euler—Lagrange transformation …

The silty sediments that are widely distributed in estuaries and deltas are susceptible to
slope instability due to ocean storms. Flume experiments were carried out in this study to …

This study investigates the theory for predicting Lagrangian properties including particle
orbit, Lagrangian mean level, Lagrangian wave frequency, mass transport velocity, wave …

The “procedural” approach to animating ocean waves is the dominant algorithm for
animating larger bodies of water in interactive applications as well as in off‐line productions …

Inhomogeneities in the wave field due to wave groups, currents, and shoaling among other
ocean processes can affect the mean water level. In this work, the classical and unsolved …

The evolution of a weakly nonlinear, narrow-banded wave packet in an inhomogeneous
medium is studied in the context of coastal engineering. Analytically the model is a variable …

Within the Lagrangian reference framework we present a third-order trajectory solution for
water particles in a two-dimensional wave-current interaction flow. The explicit parametric …

A new second-order asymptotic solution that describes short-crested waves is derived in
Lagrangian coordinates. The analytical Lagrangian solution that is uniformly valid satisfies …

Asymptotic solutions up to third-order which describe irrotational finite amplitude standing
waves are derived in Lagrangian coordinates. The analytical Lagrangian solution that is …

Within the Lagrangian reference frame we present a third-order solution for water particles in
a two-dimensional wave and shear current interaction flow. For the case of linear shear …