Full field solutions of Poisson and Stokes problems in 1D, 2D and 3D. Full field solutions to other problems are welcome!

Tools for solving constrained dynamical systems

A wrapper for the Python PyDSTool library for the SciML Scientific Machine Learning organization

A Julia package for real-time audification of ODEs and SDEs

Prescribed flow models for testing cloud microphysics schemes.

An unofficial implementation of publicly available approximated polynomial models for NASA's Generic Transport Model aircraft.

Solver for complemetarity-based dynamics.

A Julia implementation of estimation and validation algorithms for time series compatible with incomplete data.

Symmetry-allowed k ⋅ p expansions

Experimental Approach to McCormick Relaxation Source-Code Transformation

Package for modeling glycolysis activity

Geometry optimization for molecular simulation

Nonlinear diffusion problems in Julia

Unfortunately, FMUs (fmi-standard.org) are not differentiable by design. To enable their full potential inside Julia, FMISensitivity.jl makes FMUs fully differentiable, regarding to: states and derivatives | inputs, outputs and other observable variables | parameters | event indicators | explicit time | state change sensitivity by event

Https://stevengogogo.github.io/FindSteadyStates.jl/dev

A toolkit for the quantum and classical Dicke model in Julia.

Package for fitting models according to the deep compartment modeling framework for pharmacometric applications.

A thin wrapper over Bridge.jl for the SciML scientific machine learning common interface, enabling new methods for neural stochastic differential equations (neural SDEs)

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Differentiable acoustic ray tracers

Numerical Methods for Vlasov-Poisson and Vlasov-Maxwell Systems

FMIBase.jl provides the foundation for the Julia packages FMIImport.jl and FMIExport.jl.

A dynamically-structured matrix population model

Example problems for GeometricIntegrators.jl

Subspace Inference package for uncertainty analysis in deep neural networks and neural ordinary differential equations using Julia

Computation of homoclinic (heteroclinic) orbits.

Importers for the BaseModelica standard into the Julia ModelingToolkit ecosystem

Julia Package for Active Inference

The lightweight base package for numerical simulation supporting nested dynamical systems and macro-based data logger. For more functionality, see FlightSims.jl.

Bayesian Safety Signal Detection in Julia

Julia implementation of the ISOKANN algorithm for the computation of invariant subspaces of Koopman operators

Predefined environments and controllers for FlightSims.jl

A powerful, no code solution for control and systems engineering

Library for common tools for solving PDEs with finite difference methods (FDM), finite volume methods (FVM), finite element methods (FEM), and psuedospectral methods in a way that integrates with the SciML Scientific Mechine Learning ecosystem

Reliability-based optimization

Numerical bifurcation analysis for delay differential equations

A repository for adaptive transport maps

This package models the dynamics of a biofilm using the Julia programming language.

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