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Graduate Oceanography Researcher
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Graduate Oceanography Researcher
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Sumanshekhar17/README.md
  • 👋 Hi, I’m @Sumanshekhar17
  • 👀 I’m interested in Oceanography and modeling Ocean on my computer.
  • 🌱 I’m currently working on Heat budget analysis of Mid atlantic bight.
  • 💞️ I am always open to talk and to learn.
  • 📫 This is my email- ss4338@marine.rutgers.edu

Pinned

  1. hackathon-2021 hackathon-2021 Public

    Forked from climate-informatics/hackathon-2021

    Github repository for the Joint Hackathon between 3rd NOAA AI Workshop (2021noaaaiworkshop.sched.com) and Climate Informatics.

  2. Mixed-Layer-Plot-using-Xarray Mixed-Layer-Plot-using-Xarray Public

    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 1

  3. ohw21-proj-cmip-ard ohw21-proj-cmip-ard Public

    Forked from oceanhackweek/ohw21-proj-cmip-ard

    Repository to support the 2021 OceanHackweek project CMIP analysis ready data (ARD) workflow: turning big climate projection data into useful inputs for modelling or analysis

    Jupyter Notebook 1 1

  4. Wave-equation- Wave-equation- Public

    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 progr…

    Fortran 2

  5. Mixed-Layer-Plot Mixed-Layer-Plot Public

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

    Jupyter Notebook 1

  6. Pseudo-Spectral-Method Pseudo-Spectral-Method Public

    Forked from High-Performation-Computing-Group/Pseudo-Spectral-Method

    This repository is a guided tutorial on Pseudo-Spectral method that in long run can help as a basis for study material on Direct Numerical Simulation. The aim is to teach about solving any physics …

    Jupyter Notebook