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Innovative Combiwall Quay-Wall with Internal Rubble Mound Chamber: Numerical Tools Supporting Design Activities. The case of Vlora's harbor

机译:创新的Combiwall码头墙与内部碎石土墩:配套设计活动的数值工具。志卡的港口的案例

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An unsteady RANS-based CFD model (STAR-CCM+) is used to optimize the non-reflective chamber and define design loads under the action of extreme focused wave groups for the new sheet-pile quay-wall of Vlora's harbour. The use of different extreme focused wave groups generated according three different spectral wave conditions, i.e. northern exercise condition, southern exercise and extreme conditions, is presented. The proposed method, through spectral analysis of the incident and reflected wave signal, allows the estimation of the reflection coefficients, hence the identification of the best site specific solution. The recorded pressure time series on the structure surfaces, after a validation by comparison with empirical formulas, allows the definition of the design loads.
机译:基于不稳定的RANS的CFD模型(Star-CCM +)用于优化非反射室,并根据六港港口新的薄片码头墙的极端聚焦波组的作用定义设计负荷。使用根据三种不同的光谱波条件产生的不同极端聚焦波组,即北方运动条件,南方运动和极端条件。通过入射和反射波信号的光谱分析,允许估计反射系数的所提出的方法,因此识别最佳站点特定的解决方案。通过与经验公式进行比较的验证之后,在结构表面上的记录压力时间序列允许定义设计负载。

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