Ecosystem of numerical methods for microbial kinetics data analysis, from preprocessing to result interpretation.

Tools for post-processing solutions of immersed layer PDEs

Fast and flexible glacier ice flow models

Parallel finite element library

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Abstraction Layer for Dynamic Bounds

Bounds and Relaxations of Parametric Differential Equations

The julia library for the peccon project

Model coupled diffusion of major elements in garnet using natural data.

Stan only version of DiffEqBayes.jl

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A Julia package for Whittle and debiased Whittle likelihood inference.

A package for the development and implementation of continuous-time policy gradient (CTPG) methods.

Base functionality used throughout the CausalityTools ecosystem

Computation of UV line-driven winds in AGNs

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Data structures and general infrastructure for reduced complexity modeling in Julia

Repository for the Julia BOMBS package

Estimation of thermodynamic parameters for the interaction of analytes with a stationary phase in GC.

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A package for simulating batch reactor model with gasphase chemistry, surface chemistry or user defined chemistry

Julia implementation of "Sensitivity Matrices as Keys to Local Structural System Properties of Large-scale Nonlinear Systems" by L. G. Van Willigenburg et al.

Advanced systems management for AutomationLabs

A Julia package for regression in the sphere based on Universal Differential Equations

Warehouse for dynamical systems identification and control

Automatic partitions of state space from a dynamical system

Stochastic Numerical Integrators in Julia

Models of atmospheric deposition using ModelingToolkit.jl

Model of Saccharina latissima (sugar kelp) based on Broch and Slagstad, 2012

Gross-Pitaevskii and Bogoliubov-de Gennes in 2D

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Support for rational bases in ApproxFun

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A Julia package to import Vensim .xmile files as ModelingToolkit.jl models.

Models of aerosol chemistry and physics using ModelingToolkit.jl

Simulations of epithelial dynamics in 1D.

Makie visualization module for TopOpt.jl

Valid Discrete-Time Methods for Relaxing pODEs

Implementation of Guided Proposals (introduced by M Schauer, F van der Meulen, H van Zanten)