Simulating Wind Driven Waves in the Strait of Hormuz using MIKE21
Abstract: Coastal areas on
earth are among the most dynamic zones which affected by different parameters
such as waves, currents, and storms. To manage and control such a zone it is
essential to study the hydrodynamic of the area. MIKE 21/3 Coupled Model FM was
used to investigate the wind driven waves around Larak Island located in the
Strait of Hormuz. To simulate the pattern of the wave in the area irregular
triangular grid was applied. The pattern of current around the Island was
studied for a one year period of simulation. It was found that the current
induced wave break around the Northern coast of the Island is relatively weak.
It was also observed that the prevailed wave in the area is mainly toward the
Northeast. The averaged wave height in the surfzone is about 0.5 m., with the
current velocity of about 0.2 m.s-1. Considering the prevailed wind and wave
direction, it was concluded that the northern coasts of the Larak Island are
suitable places for harbor construction, recreational and fishing activities.
Author: Faeghe Eslami
Mehdiabadi, Mehdi Mohammad Mehdizadeh, Maryam Rahbani
Journal Code: jpperikanangg150010
