Banbor2020

Pinned Repositories

aaFoam
OpenFOAM pre and post processing utilities
Language:C++0 0 00
ABL_Model
It contains the developed solvers, turbulence models, functions, etc. based on OpenFOAM.
Language:Python0 0 00
actuatorSurface-OpenFOAM
Case files for simulating an actuator surface with OpenFOAM.
Language:C++0 0 00
aerosolved
AeroSolved is a Computational Fluid Dynamics code, based on the OpenFOAM software package, for simulation of the generation, transport, evolution and deposition of multispecies aerosol mixtures.
Language:C0 0 00
APFoam
Atmospheric Photolysis calculation framework for CFD
Language:C++0 0 00
AtmosFOAM
OpenFOAM applications and libraries for performing atmospheric experiments
Language:C00
BasicOpenFOAMProgrammingTutorials
Introduces basic C++ concepts to beginner users of the OpenFOAM open-source CFD libraries.
Language:C++0 0 00
blosm
Blosm addon for Blender. A few clicks import of Google 3D cities, OpenStreetMap, terrain. Global coverage. Source code is in the branch 'release'.
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boundaryConditions
Language:C++0 0 00
buoyancyModifiedTurbulenceModels
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Banbor2020's Repositories

Banbor2020/aaFoam
OpenFOAM pre and post processing utilities
Language:C++0 0 00
Banbor2020/AtmosFOAM
OpenFOAM applications and libraries for performing atmospheric experiments
Language:C00
Banbor2020/BasicOpenFOAMProgrammingTutorials
Introduces basic C++ concepts to beginner users of the OpenFOAM open-source CFD libraries.
Language:C++0 0 00
Banbor2020/blosm
Blosm addon for Blender. A few clicks import of Google 3D cities, OpenStreetMap, terrain. Global coverage. Source code is in the branch 'release'.
0 0 00
Banbor2020/CFD-Notebooks
CFD Notebooks are a set of Jupyter Notebooks aimed at helping students to learn CFD.
Language:C++0 0
Banbor2020/CfdOF
Computational Fluid Dynamics (CFD) for FreeCAD based on OpenFOAM solver
Language:Python0 0
Banbor2020/classy_blocks
Python classes for easier creation of openFoam's blockMesh dictionaries.
Language:Python0 0
Banbor2020/DAFI
DAFI: Ensemble based data assimilation and field inversion, repository for internal development
Language:Jupyter Notebook0 0
Banbor2020/DFSR-1
DFSR is a synthetic inflow turbulence generation method tailored to computational wind engineering applications.
Language:C0 0
Banbor2020/GreenPepper
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Banbor2020/halo
✍ 一款现代化的开源博客 / CMS 系统。
Language:Java0 0
Banbor2020/hexo-theme-fluid
:ocean: 一款 Material Design 风格的 Hexo 主题 / An elegant Material-Design theme for Hexo
Language:JavaScript0 0
Banbor2020/lnotes
LaTeX Notes
Language:TeX0 0
Banbor2020/lshort-zh-cn
A Chinese edition of the Not So Short Introduction to LaTeX2ε
Language:TeX0 0
Banbor2020/MapsModelsImporter
A Blender add-on to import models from google maps
Language:Python0 0
Banbor2020/Master_Thesis
Release of High-Pressure Hydrogen into the Air
Language:C++0 0
Banbor2020/meltingFoam
updated buoyantBoussinesqPimpleFoam to simulate melting problems
Language:C++0 0
Banbor2020/ofblockmeshdicthelper
Helper utilities for OpenFOAM blockMeshDict generation.
Language:Python0 0
Banbor2020/OpenFOAM-dev
OpenFOAM Foundation development repository
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Banbor2020/openfoam-dockerfiles
This repo explains how to work with OpenFOAM through Docker. Using Docker has a number of advantages including a consistent working environment across different operating systems such as Windows, macOS and Linux. After having worked with Ubuntu, Debian, OpenSUSE, Windows (WSL), macOS and various HPC clusters, this is by far my favourite way working with OpenFOAM. Also, Microsoft Azure and Amazon AWS have support for Docker making it easy to deploy your setup on cloud solutions.
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Banbor2020/OpenFOAM-handbook
This handbook is intended to support a medium/advanced OpenFoam® user during the usage of the software. It provides commands, explanations, and extension that we find useful during our CFD workflow, and it is designed to be used by searching for keywords of an action you wish to perform within the OpenFoam® framework.
Language:HTML0 0
Banbor2020/openfoam-workflow-vscode
This repo shows how I personally work with OpenFOAM through Docker and Visual Studio Code. Using Visual Studio Code as text editor has a number of advantages as it allows you to attach the file system of a running Docker container, which makes accessing an OpenFOAM/Docker installation much easier. Also, Visual Studio Code has extensions for OpenFOAM syntax highlighting.
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Banbor2020/porousMultiphaseFoam
A porous multiphase toolbox for OpenFOAM
Language:C++0 0
Banbor2020/QCFD
Implementation of QC in Computational Fluid Dynamics (CFD) as QUBO/Ising Problem using DYNEX Neuromorphic Computing
Banbor2020/SJTUBeamermin
上海交通大学 LaTeX Beamer 幻灯片模板 - VI 最小工作集
Language:TeX0 0
Banbor2020/snappyhexmesh_gui
SnappyHexMesh GUI Addon for Blender
Language:Python0 0
Banbor2020/Training_OF_howToStartOnCustomization
Training: How to start customizing OpenFOAM. Start from changing the name of copied standard solver and library. OpenFOAMをはじめてカスタマイズする初心者を想定し，基礎の基礎をハンズオン形式で学びます。OpenFOAMの改造をどこからはじめて良いか分からないといった人が，元のコードをコピーして，新たな名前のモデルやライブラリを作る手順を確認していきます。
Language:C++0 0
Banbor2020/wall_modeling
Development of OpenFOAM wall functions for turbulent flows
Language:Jupyter Notebook0 0
Banbor2020/wallFunctions
wallFunctions for OpenFoam (presently only wilcoxOmegaWallFunction)
Language:C0 0
Banbor2020/windninja
A diagnostic wind model developed for use in wildland fire modeling.
Language:C++0 0