Modelling large-scale wave fields and their interaction with coastal and offshore structures
has become much more feasible over the last two decades with increases in computer …

This study presents the new advances achieved in the field of harbour agitation climate
assessment. Based on the improvement of an elliptic mild-slope model (MSP), which …

SUMMARY A p‐adaptive hybridizable discontinuous Galerkin method for the solution of
wave problems is presented in a challenging engineering problem. Moreover, its …

Our work presents a reliable procedure to obtain real-time assessment of the sea water
elevation at the Kaštela Bay site to ensure the a priori warning in the case of expected …

Ensuring sea surface tranquility within port basins is of paramount importance for safe and
efficient port operations and vessels' accommodation. The present study aims to introduce a …

This paper is devoted to the analysis of the hydrodynamic equilibrium of a headland or semi-
elliptic shaped beach. It is shown that the state of equilibrium depends not only on the in-and …

A numerical solver is presented of the modified time-independent mild-slope equation,
which incorporates energy dissipation. Using a second-order parabolic approximation, the …

A numerical model based on the mild-slope equation is applied to reproduce the
propagation of small-amplitude transient waves. The model makes use of the Fourier …

Two wave transformation models, SWAN and CGWAVE, are used to simulate wave
conditions at the Field Research Facility, Duck (North Carolina). The motivation is to …

This paper looks at an alternative approach for the treatment of open boundaries in linear
wave field simulations by means of fully elliptic mild-slope equation (MSE) finite elements …