Pinned Repositories
2D-Navier-Stokes-Solver
As the field of Computational Fluid Dynamics (CFD) progresses, the fluid flows are more and more analysed by using simulations with the help of high speed computers. In order to solve and analyse these fluid flows we require intensive simulation involving mathematical equations which governs the fluid flow, these are Navier Stokes (NS) equation. Solving these equations has become a necessity as almost every problem which is related to fluid flow analysis call for solving of Navier Stokes equation. These NS equations are partial differential equations so different numerical methods are used to solve these equations. Solving these partial differential equations so different numerical methods requires large amount of computing power and huge amount of memory is in play. Only practical feasible way to solve these equation is write a parallel program to solve them, which can then be run on powerful hardware capable of parallel processing to get the desired results High speed supercomputer will provide us very good performance in terms of reduction in execution time. In paper focus will be on finite volume as a numerical method. We will also see what GPGPU (General-Purpose computing on Graphics Processing Units) is and how we are taking its advantages to solve CFD problems.
5.06.Multigrid2D
V-cycle Multigrid method for 2D Poisson Equation
AFiD
A highly parallel application for Rayleigh-Benard and Taylor-Couette flows
CFD
Basic Computational Fluid Dynamics (CFD) schemes implemented in FORTRAN using Finite-Volume and Finite-Difference Methods. Sample simulations and figures are provided.
code-fft-spectrum-kinetic-energy
OpenMP+FFT for kinetic energy spectrum
Computational_Fluid_Dynamics
ComputationalPhysics300
computational physics class taught at UNLV (Phys300)
COOLFluiD
The object-oriented HPC platform for CFD, plasma and multi-physics simulations whose development started in 2002 at the Von Karman Institute for Fluid Dynamics is finally open!
fdm-book
Resources for "The Craft of Finite Difference Computing with Partial Differential Equations" by H. P. Langtangen
fftw3
This is the official repository for the FFTW Fourier transform library, version 3.x
lijunustc's Repositories
lijunustc/Feynman-Lectures-On-Physics
About the E-book 《The Feynman Lectures on Physics -- The New Millennium Edition》
lijunustc/ComputationalPhysics300
computational physics class taught at UNLV (Phys300)
lijunustc/Making-elegant-Matlab-figures
A repository comprising multiple functions for making elegant publication-quality figures in MATLAB
lijunustc/auto-draft
基于GPT4的文献总结工具.
lijunustc/Cnblogs-Theme-SimpleMemory
🍭 Cnblogs theme / Basic theme : SimpleMemory
lijunustc/CPP
Lecture notes, projects and other materials for Course 'CS205 C/C++ Program Design' at Southern University of Science and Technology.
lijunustc/Fortran-OpenPMD-File-Writers
Fortran 2003 Parallel HDF5 File Writers and Readers in OpenPMD Standard
lijunustc/gramm
Gramm is a complete data visualization toolbox for Matlab. It provides an easy to use and high-level interface to produce publication-quality plots of complex data with varied statistical visualizations. Gramm is inspired by R's ggplot2 library.
lijunustc/handyscripts
Useful PyTecplot and Tecplot Macro Scripts.
lijunustc/HDF5_utils
my own Fortran high level interface for HDF5
lijunustc/JupyterPIC
Jupyter notebooks for educational plasma physics with PIC
lijunustc/latex-talk
Modern LaTeX in a Nutshell
lijunustc/lhy_DL_Hw
lijunustc/matide
Python IDE for signal/image processing. (The perfect IDE for switching from MATLAB to Python)
lijunustc/matplotlib-tutorial
Matplotlib tutorial for beginner
lijunustc/matplotlib_for_papers
Handout for the tutorial "Creating publication-quality figures with matplotlib"
lijunustc/mayavi
3D visualization of scientific data in Python
lijunustc/ML-notes
notes about machine learning
lijunustc/NSFC-application-template-latex
国家自然科学基金申请书正文（面上项目）LaTeX 模板（非官方）
lijunustc/Numerical_Methods_for_Physics
Numerical methods and exercises for Physics and Astrophysics: Integration and Differentiation,Ordinary Differential Equations, Linear Algebra and FFTs, Advection and Hyperbolic Partial Differential Equations, Elliptic Partial Differential Equations, Computational Fluid Dynamics.
lijunustc/PSNM
The book, "Parallel Spectral Numerical Methods", including example programs, etc.
lijunustc/PyModPDE
lijunustc/pyro2
A framework for hydrodynamics explorations and prototyping
lijunustc/quinoa
Adaptive computational fluid dynamics
lijunustc/SciencePlots
Matplotlib styles for scientific plotting
lijunustc/SHTOOLS
SHTOOLS - Spherical Harmonic Tools
lijunustc/TensorFlow-Examples
TensorFlow Tutorial and Examples for Beginners (support TF v1 & v2)
lijunustc/TurboGenPY
A synthetic, isotropic turbulence generator for constant density flows that enforces the discrete divergence-free condition.
lijunustc/TurbuStat
Statistics of Turbulence Python Package
lijunustc/zpic
ZPIC - Educational Particle-In-Cell code suite