DamjanBujak

DamjanBujak's Stars

• awesomedata/awesome-public-datasets

  A topic-centric list of HQ open datasets.

  60.4k2.3k1139.9k

• domlysz/BlenderGIS

  Blender addons to make the bridge between Blender and geographic data

  Language:Python7.7k2657351.3k

• Wandmalfarbe/pandoc-latex-template

  A pandoc LaTeX template to convert markdown files to PDF or LaTeX.

  Language:TeX6.1k91309959

• barbagroup/CFDPython

  A sequence of Jupyter notebooks featuring the "12 Steps to Navier-Stokes" http://lorenabarba.com/

  Language:Jupyter Notebook3.4k268501.2k

• travistangvh/ChatGPT-Data-Science-Prompts

  A repository of 60 useful data science prompts for ChatGPT

  1.4k350252

• nschloe/awesome-scientific-computing

  :sunglasses: Curated list of awesome software for numerical analysis and scientific computing

  Language:Python1.3k544145

• daeh/zotero-markdb-connect

  Zotero plugin that links your Markdown database to Zotero. Jump directly from Zotero Items to connected Markdown files. Automatically tags Zotero Items so you can easily see which papers you've made notes for.

  Language:TypeScript5067588

• PrejudiceNeutrino/YouTube_Channels

  A comprehensive list of YouTube channels and other resources.

  37615239

• OpenWaterAnalytics/EPANET

  The Water Distribution System Hydraulic and Water Quality Analysis Toolkit

  Language:C28067439205

• NicklasVraa/Obsidian-academic-export

  Turn your obsidian notes into academic papers.

  Language:CSS2785618

• lento234/awesome-fluid-dynamics

  A curated list of repositories related to fluid dynamics.

  26391236

• USEPA/EPANET2.2

  Perform extended-period simulation of the hydraulic and water quality behavior within drinking water distribution systems

  Language:Pascal151223056

• tkeskita/snappyhexmesh_gui

  SnappyHexMesh GUI Addon for Blender

  Language:Python95101518

• apengsigkarup/OceanWave3D-Fortran90

  OceanWave3D - a very efficient coastal engineering research tool used worldwide for simulation of nonlinear and dispersive free surface waves in varying bathymetries from very deep to shallow water. Learn more about the model:

  Language:Fortran6814637

• chrisleaman/py-wave-runup

  Empirical wave runup models implemented in Python

  Language:Python3831816

• Deltares/SFINCS

  Super-fast modelling of dynamic compound flooding in Coastal Systems

  Language:Fortran2965418

• SchmJo/terrainBlockMesher

  Tools for OpenFOAM developed at Fraunhofer IWES in Oldenburg, Germany

  Language:C277622

• akarimp/ScientiMate

  ScientiMate: Coastal and Ocean Data Analysis Library

  Language:Python23202

• Sander-w/breakwater

  Python package for the conceptual design of breakwaters and hydraulic engineering

  Language:Python21216

• BjarkeEltardLarsen/RANS_stableOF50

  This is a beta version of the stabilized turbulence models for OpenFOAM-5.0. For the released version go to https://github.com/BjarkeEltardLarsen/stabRAS_OF50

  Language:C++17106

• BrechtDevolder/buoyancyModifiedTurbulenceModels

  Language:C166112

• sandialabs/SNL-Delft3D-CEC

  Language:Fortran14866

• noaa-ocs-modeling/CoastalApp

  CoastalApp will be deprecated. Please switch to https://github.com/oceanmodeling/ufs-coastal . CoastalApp is a NUOPC application implemented following UFS best practices to couple coastal ocean models and other domains (Sea Ice, Atmosphere, Wave, Inland Hydrology, ...)

  Language:Fortran13911132

• KuifengZhao/waveModelSelection

  Basic water wave theory

  Language:MATLAB7101

• Deltares-research/wave-toolbox

  Language:Python6510

• paulo-herrera/PyGTV

  Export GIS data to binary VTK files

  Language:Python5011

• Deltares-research/FloodAdapt

  Language:Python432340

• ITMO-NSS-team/breakwaters-evolutionary-optimisation

  The repository of the software system for the multi-objective optimisation of breakwaters using an evolutionary approach and numerical wind wave simulation

  Language:Python4200

• quickjkee/generative-design-breakwaters

  Generative design of breakwaters using evolutionary surrogate-assited approach

  Language:Jupyter Notebook3100

• cdenamiel/Adriatic_Sea_meteotsunami_surrogate_model

  Atmospherically-driven extreme sea-level events are one of the major threats to people and assets in the coastal regions. Assessing the hazard associated with such events together with uncertainty quantification in a precise and timely manner is thus of primary importance in modern societies. In this study, an innovative stochastic surrogate model developed to statistically forecast maximum elevation hazard due to the eastern Adriatic meteotsunamis – destructive long waves in the tsunami frequency band generated by traveling atmospheric disturbances, is presented and evaluated. The evaluation reveals that the meteotsunami hazard is conservatively assessed but often overestimated. This study demonstrates that the presented surrogate model can be used for extreme sea-level hazard assessment and in general for hazard studies in geosciences.

  Language:MATLAB21