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Port of Constantza, Romania
The wave energy from outside the port is transferred to the container pier using the mathematical model HARES. This model includes all relevant wave processes that occur in harbour areas, like refraction, diffraction and reflection of waves at slopes and quays. HARES can also includes the effects of directional spreading of wave energy.
The left figure shows a satellite image of the port of Constantza. The right figure shows the result of the wave height ratio’s for eastern wave directions in the relevant port basins. In this example the main wave direction is 90 degrees, which is combined with the wave directions of 85 and 95 degrees to account for directional spreading. The most eastern breakwater has at the south-east end an underwater dam of approximately 500 metres.
The right figure shows the wave height multiplication factor K on a scale from 0 to 2. This factor is the ratio between the wave height in the model area (H) and the wave height at the boundary of the model area (H0), so K = H/H0.
Royal Haskoning
Location
Port of Constantza, Romania
Date
2005
Services
Wave penetration study (HARES)
Schiehaven 13G, P.O. Box 91, 3000AB Rotterdam, The Netherlands
Phone +31 10 467 13 61. Fax +31 10 467 45 59
Internet: www.svasek.com. E-mail: info@svasek.com
