Evaluation of a high-resolution wave hindcast model SWAN for the West Mediterranean basin
作者： Khalid Amarouche , Adem Akpınar , Nour El Islam Bachari , Recep Emre Çakmak , Fouzia Houma
DOI: 10.1016/J.APOR.2019.01.014
关键词: Dissipation 、 Hindcast 、 Calibration 、 Buoy 、 Mediterranean Basin 、 Significant wave height 、 Climatology 、 Geology 、 Wind wave 、 Structural basin
摘要: Abstract This study aims to present an evaluation and implementation of a high-resolution SWAN wind wave hindcast model forced by the CFSR fields in west Mediterranean basin, taking into account recent developments modelling as new source terms package ST6. For this purpose, was calibrated based on one-year observations Azeffoune buoy (Algerian coast) validated against eleven buoys measurements through West basin. calibration process, we focused whitecapping dissipation coefficient Cds exponential growth terms. The statistical error analysis results led conclude that corrected underestimation significant height hindcasts default mode improved its accuracy Komen et al (1984) Janssen (1991) with Cds = 1.0 have been thus recommended for western comparison simulation obtained using parameters measurement showed high performance average scatter index 30% heights 19% mean period. will constitute practical spatial resolution (˜3 km) Algerian which allow us proceed finer mesh size nested grid system area.
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