glwagner/NumericalWaveTanks.jl

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Julia
License
MIT License
Created over 3 years ago
Updated about 1 year ago

glwagner/NumericalWaveTanks.jl

glwagner

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Numerical experiments simulating laboratory experiments

dedaLES

Large Eddy Simulation with dedalus

Jupyter Notebook

OceanTurb.jl

Models and parameterizations for the turbulent ocean surface boundary layer in Julia

OceanSciences2022-Oceananigans

Oceananigans "town hall" presented at the 2022 AGU Ocean Sciences

TurbulentImages.jl

Images of turbulence. Wait no, is it turbulence of images?

SwimLessons.jl

Tutorials and scripts that teach ocean-flavored fluid dynamics with Oceananigans

Jupyter Notebook

JuliaCon2022-Oceananigans

Code for the hands-on Oceananigans workshop at JuliaCon 2022

WaveTransmittedTurbulence.jl

Near-inertial waves and turbulence driven by the growth of surface waves

AGUFall2021-Oceananigans

"Fast, friendly, flexible, and fun ocean modeling on CPUs and GPUs in Julia with Oceananigans.jl" at AGU Falll Meeting 2021

Dao.jl

Data assimilation for the parameterization of ocean turbulence

Jupyter Notebook

IcyAntics.jl

Simulations of sea ice dynamics in the Oceananigans ecosystem

CuBenchmarks

Benchmarks that compare CPU to GPU performance via CuArrays.jl

SimpleNavierStokes

Simple solver for the 2D Navier-Stokes equation written in Julia.

pymitgcm

Code and setups for generating and running MITgcm models.

DoubleTrouble.jl

Coupling Oceananigans simulations

nestedModelMaker

"nestedModelMaker" generates grids, initial conditions, and open boundary conditions for MITgcm models nested inside larger and coarser-resolution simulations.

AwesomeOceananigans

Awesome Oceananigans models, simulations, visualizations, and analysis

gcmnester

A tool for setting up nested MITgcm models with open boundaries, tides, and realistic atmospheric forcing.

BulkFormulaTurbulentFluxes.jl

Formulae and routines based on "bulk" atmospheric properties that compute turbulent fluxes of heat, water vapor, and momentum between the atmosphere and ocean, sea ice, and land surfaces.

Oceananigans-Tutorials

Jupyter Notebook

ChebyshevDynamics

Fluid dynamics using Fourier and Chebyshev-based spectral methods in Julia

QG-surface-waves

Quasi-geostrophic surface-wave-induced mean flows

Jupyter Notebook

pyotps

A python wrapper around the Oregon Tidal Prediction Software (OTPS).

PapaSimulations

Single column and large eddy ocean simulations at ocean station Papa

TidalTrickery.jl

Stationary and time-dependent tides with Oceananigans

StencilLab.jl

Exploring kernels and stencil computations on the GPU

OceanSciences2022-CATKE

"Formulation and calibration of a local diffusive closure for boundary layer turbulence" at AGU Ocean Sciences Meeting 2022

ReallyBigSimulations

Demonstrates how to use a LocalPreferences.toml (in particular, to use CUDA.jl's unified memory for really big simulations with Oceananigans.jl)

ColumnModelOptimizationProject

A project to optimize oceanic "column models" for surface boundary layer turbulence

EadyTurbulence

Scripts for the numerical simulation of baroclinic equilibration in the "Eady" configuration

UnknownFlows.jl

How does ocean circulation transport trash, plastic, heat, carbon?

OceanTurbulenceData.jl

URLs for OceanTurbulenceParameterEstimation.jl training data

ColumnMachine.jl

"Column models" for ocean turbulence powered by the Climate Machine

deqg

Quasi-geostrophic dynamics in dedalus

mat2Periodic

This code contains a family of doubly-periodic models in MATLAB.

Krylovable.jl

Everyone loves Krylov

Enzymanigans.jl

Just Oceananigans with Enzyme, mostly

StaggeredPoisson.jl

Fast solvers for Poisson's equation using second-order finite differences on a staggered grid

multithreaded-stencils

Benchmarks for multithreaded, looped, three-dimensional stencil computations

Isopycnal.jl

Tools for analyzing data on isopycnals

BoundaryLayerLES

Notes and numerical setups for large eddy simulations of oceanic boundary layers

py2Periodic

A Pythonic framework for generating models that solve PDEs efficiently on doubly-periodic domains.

SurfaceWaveMissingPhysics

Experiments with a turbulent diffusivity to model missing physics associated with surface waves

SqueezeDispersionGRL

Repository for "Squeeze dispersion: modulation of diapycnal mixing by diapycnal strain" submitted to GRL.

Jupyter Notebook

PyPlotPlus.jl

Helper functions and tools for use with Julia's PyPlot module.

SingleColumnModelCalibration.jl

Oceananigans + ParameterEstimocean code for calibrating models of convective- and wind-driven mixing in the ocean surface boundary layer

Jupyter Notebook