Coastal engineering and numerical modelling projects involving waves, sediment transport and coastal processes.
Planar 2D shallow-water–Exner morphodynamic linear stability solver and 26-year satellite channel analysis of alternate bars in wide transitional rivers (ESPL).
Coastal sediment transport, wave-current hydrodynamics, and morphodynamic erosion/deposition simulation engine in MoonBit
An interactive analysis workbench for exploring contextual semantic dynamics in NLP representations.
An automated publication-grade Earth Engine & Python Machine Learning pipeline for 10-year multi-temporal SAR shoreline extraction and river island morphodynamics monitoring of the Red River in Hanoi (171.84 km).
Automated setup, persistent execution and calibration of river models - TELEMAC-2D/3D with GAIA, and OpenFOAM interFoam - with a QGIS plugin frontend.
Modelling river morphodynamics over time due to bank erosion and sediment transport.
Suite de herramientas Open Source en Python para ingeniería fluvial: cálculo de índices geomorfológicos (eBI), actividad fluvial (MOR) y procesamiento de geometrías de ríos.
Meandering system morphodynamic analysis (Python meander Bend Dynamics)
Code for computing stratigraphy from bathymetric data, as per Pearson et al (2022): https://doi.org/10.1016/j.geomorph.2022.108185
LDSFL-Meander is a Python reduced morphodynamic model for meandering rivers, with CLI and GUI workflows, dimensional/dimensionless inputs, geometry preprocessing, and reproducible planform simulations.
Exploratory data analysis for image-based morphological profiling
Software for simulations of sediment-laden Earth surface flows
PyRIS - Python RIvers by Satellite
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