Sumanshekhar17/Numerical-Modeling-using-Julia

Stars
1
Language
Created over 3 years ago
Updated over 3 years ago

Sumanshekhar17/Numerical-Modeling-using-Julia

Sumanshekhar17

There are no reviews yet. Be the first to send feedback to the community and the maintainers!

This repository consist of several notebook to demonstrate Numerical Methods using Julia

Machine-Learning-Project

This is my first Machine learning project where I have used supervised learning to predict house prices.

Jupyter Notebook

Wave-equation-

This repository consist of Fortran code where I have implemented several Numerical schemes to solve wave equation and checked their accuracy using Global spectral method. I have used parallel programming algorithms too in this code mostly MPI parallel algorithm.

Advanced-Scientific-Computing

This repository contain lectures of Machine Learning course

Jupyter Notebook

Finite-Element-Analysis

This repository contain class material of Finite Analysis Analysis and python notebook for coding tutorials.

Jupyter Notebook

Mixed-Layer-Plot-using-Xarray

This Python notebook consist a code that is used to calculate the Mixed layer depth in the ocean. It uses the simulation data that was obtained as netCDF file format from Oceananigans solver.

Jupyter Notebook

Computational-Fluid-Dynamics-Examples

This repository consist of CFD related examples

Jupyter Notebook

3rd-year-project

This repository consist of code to simulate lid driven cavity problem on GPU

Mixed-Layer-Plot

This python notebook is used to calculate Mixed layer depth in open ocean convection simulation that was simulated using Oceananigans.

Jupyter Notebook

Geophysical-Data-Analysis

This repository consist of some example to get started with python (examples and materials to begin with python is taken from Kristin Thyng's course on python in geosciences) and focus will be on the Geophysical Data Analysis course lectures, taught by Professor John Wilkin and Professor Bob Chant at Rutgers University.

Jupyter Notebook