Data and scripts underlying the publication: Predicting marine and aeolian contributions to the Sand Engine’s evolution using coupled modelling

This dataset presents interdisciplinary research on coastal morphodynamics, focusing on the development of a novel computational framework that couples marine and aeolian models to simulate coastal evolution. The study uses the Sand Engine mega-nourishment in the Netherlands as a case study, integrating multiple models including Delft3D Flexible Mesh, SWAN, and AeoLiS through the Basic Model Interface (BMI) to enable comprehensive cross-domain sediment transport simulation. Data sources include Digital Elevation Model (DEM) data, LiDAR measurements, Jetski surveys, and JarKus coastal measurements for the simulation setup. The research employed advanced computational techniques to explore interactions between marine and wind-driven sediment transport processes. The dataset contains model configurations, coupling framework scripts, model outputs, analysis tools, and visualization materials.

本数据集围绕海岸地貌动力学（coastal morphodynamics）开展跨学科研究，核心聚焦于构建一套新型计算框架，通过耦合海洋模型与风成模型以模拟海岸演化过程。本研究以荷兰沙引擎（Sand Engine）大型海滩养滩工程为案例，借助基本模型接口（Basic Model Interface，BMI）集成Delft3D柔性网格模型、SWAN模型及AeoLiS模型等多套模型，实现跨域综合泥沙输运模拟。数据来源涵盖用于模拟搭建的数字高程模型（Digital Elevation Model，DEM）数据、激光雷达（LiDAR）测量数据、喷气快艇勘测数据以及JarKus海岸测量数据。本研究采用先进计算技术，探究海洋输沙与风驱输沙过程间的相互作用机制。本数据集包含模型配置文件、耦合框架脚本、模型输出结果、分析工具及可视化素材。