convection

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Curated list of some open-source codes for turbulent flow simulations, including turbulent multiphase, turbulent reacting flows, turbulent convection and turbulent atmospheric physics.

Finite volume toolbox for Matlab/Octave

MagIC is a high-performance code that solves the magneto-hydrodynamics equations in rotating spherical shells

To address some of the failure modes in training of physics informed neural networks, a Lagrangian architecture is designed to conform to the direction of travel of information in convection-diffusion equations, i.e., method of characteristic; The repository includes a pytorch implementation of PINN and proposed LPINN with periodic boundary cond…

Computational Fluid Dynamics in Python

An open-source model for extreme atmospheres on rocky exoplanets.

A simple Python package that computes ECAPE values and parcel paths. Also includes irreversible adiabatic parcels, which are significantly different and more accurate than pseudoadiabatic parcels.

Thermal simulation in python

Finite Volume discretised Conduction, Convection, Advection/Diffusion modelling in FORTRAN

SOFTBALL: SOlidification, Flow, and Thermodynamics in Binary ALLoys. A code for simulating convection in mushy layers with Adaptive Mesh Refinement.

Utility MATLAB scripts that I used when working on the braking system of the Formula Student race car from Squadra Corse Polito, in 2018, and when writing my MSc thesis, in 2019

Python code for 1D Steady State Convection Diffusion

Test cases for moist convection

PaleoSea2D is an elaborate plugin for FEFLOW to simulate the postglacial evolution of a regional fractured-rock aquifer & aquitard subsurface system as a consequence of a major marine transgression combined with sedimentation of fines, rapid decrease in the relative sea/lake water level (~RSL), and convective migration of groundwater salinity.

偏微分方程式の数値計算サンプル．バグがまだ埋まってると思う．

The Coastal version of the Stochastic Multcloud model

Thermodynamics formulas implementation and user interface in Python for Numworks calculator

Under the supervision of Prof. Matthew Browning, I was tasked to study the creation of a spectral solver for Boussinesq approximated fluid dynamics and then, using Dedalus, to study the effects of rotation and stratification on turbulent convection.

Atmospheric temperature profile generated by a highly simplified radiative transfer model. It calculates the temperature at a range of points (initially three) from the Earth's surface to the top of the atmosphere. The input parameters are the percentage of planetary cloud cover, the emissitivity/absorptivity of the two atmospheric layer