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jhssyb's Projects

gfort2py icon gfort2py

Library to allow calling fortran code from python

hamers icon hamers

Hydrodynamics Adaptive Mesh Refinement Simulator

hapod icon hapod

HAPOD -- Hierarchical Approximate Proper Orthogonal Decomposition

hdf5storage icon hdf5storage

Python package to read and write a wide range of Python types to/from HDF5 formatted files. Can read/write data to the HDF5 based Matlab v7.3 MAT files.

hita icon hita

Matlab code for the spectral analysis of homogenous isotropic turbulence

ib2d icon ib2d

An easy to use immersed boundary method in 2D, with full implementations in MATLAB and Python that contains over 60 built-in examples, including multiple options for fiber-structure models and advection-diffusion, Boussinesq approximations, and/or artificial forcing.

ibpm icon ibpm

Immersed Boundary Projection Method

incompact3d icon incompact3d

New version of our solver for the incompressible Navier-Stokes equations

ithaca-fv icon ithaca-fv

Reduced order modelling techniques for OpenFOAM

laghos icon laghos

High-order Lagrangian Hydrodynamics Miniapp

lbann icon lbann

Livermore Big Artificial Neural Network Toolkit

mae219_numericalanalysis icon mae219_numericalanalysis

MAE 219 - Introduction to Scientific Computing In Solid and Fluid Dynamics - Fall 2014 - Professor Delplanque

matib icon matib

A simple immersed boundary method solver in matlab.

matlab-dns_cylindrical_axisymmetric_finitedifference icon matlab-dns_cylindrical_axisymmetric_finitedifference

DNS (Direct Numerical Simulation) for an incompressible Newtonian fluid flow in a cylindrical geometry (cylindrical tank) or cylindrical annulus geometry (Taylor-Couette flow) where the flow is forced to be axisymmetric. This is a finite difference code using a streamfunction-vorticity formulation.

moulin2019al icon moulin2019al

Augmented Lagrangian Preconditioner for Hydrodynamic Stability Analysis

mscthesis_spatiotemporalmodelling_filtercakeformation icon mscthesis_spatiotemporalmodelling_filtercakeformation

My master thesis on the modelling of filter cake formation in filtration processes, involving computational fluid dynamics to describe the liquid in the system and an agent-based model to describe the movement of the dispersed particles

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