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| Proposal of Parameter Range that Offered Optimal Performance in the Coastal Morphodynamic Model (XBeach) Through GLUE |
| Hyunwoo Bae, Kideok Do, Inho Kim, Sungyeol Chang |
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J. Ocean Eng. Technol.. 2022;36(4):251-269. Published online August 31, 2022 DOI: https://doi.org/10.26748/KSOE.2022.013 |
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Proposal of Parameter Range that Offered Optimal Performance in the Coastal Morphodynamic Model (XBeach) Through GLUE Journal of Ocean Engineering and Technology. 2022;36(4):251-269  Optimal sediment transport for morphodynamic model validation Coastal Engineering. 2020;158:103662 Data assimilation for a coastal area morphodynamic model: Morecambe Bay Coastal Engineering. 2007;54(2):91-109 Numerical modeling of the morphodynamic response of a low-lying barrier island beach and foredune system inundated during Hurricane Ike using XBeach and CSHORE Coastal Engineering. 2017;120:64-74 On the perception of morphodynamic model skill Coastal Engineering. 2014;94:112-125 ANALYSIS OF THE PERFORMANCE OF DIFFERENT SEDIMENT TRANSPORT FORMULATIONS IN NON-HYDROSTATIC XBEACH Coastal Engineering Proceedings. 2020;(36v)35 A morphodynamic model to simulate the seasonal closure of tidal inlets Coastal Engineering. 1999;37(1):1-36 H2D morphodynamic model considering wave, current and sediment interaction Coastal Engineering. 2015;95:20-34 Formation and evolution of multiple intertidal bars on macrotidal beaches: application of a morphodynamic model Coastal Engineering. 2004;51(8-9):713-730 BENEFICIAL USE OF DREDGED MATERIAL AND FATE OF PLACED SAND USING A HYBRID COSMOS-XBEACH SEDIMENT BUDGET MODEL Coastal Engineering Proceedings. 2023;(37)37 |
