OpenLPT: An open-source Lagrangian Particle Tracking (LPT) GUI for 3D fluid flow visualization and experimental data analysis.
This repository contains a new lagrangian particle tracking model for biofouled microplastic particles in a turbulent environment.
This repository contains GPU accelerated version of the particle tracking model developed by Merel Kooi for biofouled microplastic particles ( available at: https://pubs.acs.org/doi/10.1021/acs.est.6b04702) written in CUDA Fortran and CUDA Python. This repository is intended as a learning tool for GPU programming.
A stochastic Lagrangian particle model for simulating marine aggregates, their biogeochemical dynamics, and ocean carbon fluxes.
An OpenFOAM extension to `lagrangian` library to simulate particle separation using the Dielectrophoresis method
A simple 2D example for computing the Radial Distribution Function, g(r), of a random (almost uniform) distribution of points on a 2D square plate
A Numba-accelerated Python library for simulating 2D Lagrangian particle transport in idealized semi-enclosed ocean basins using Bell's incompressible flow field. This is an idealized 2D model intended for process studies and educational purposes, not operational forecasting.
Dielectrophoresis kinematic particle forces as well as solvers to track particles in a microchannel for the main purpose of separation.
Derived oceanographic covariates for species distribution models, computed from gridded ocean data. Gradients, time integration, calendar lags, eddy kinetic energy, Lyapunov exponents, distances to fronts and shore, and region-scale transport and water-mass indices.
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