Overview Description Software
Simflowny
Simflowny is a cloud-based open environment for scientific dynamical models, such as multiphysics models, with a user-friendly Integrated Development Environment, which automatically generates parallel code for simulation frameworks.
Currently supported scientific model paradigms are:
- Partial Differential Equations, such as Navier-Stokes and Maxwell Equations, and the Brusselator. This family is conformed by two branches:
- Balance Law PDE, the PDEs are written as an evolution system of first order in time and space, which allow us to use schemes based on Finite Volume Methods to deal with shocks and discontinuities. This model also allows parabolic terms like the ones appearing, for instance, in the Navier-Stokes Equations.
- Generic PDE, allowing almost arbitrary forms of evolution equations, including derivatives of any order. The only restriction is that the system must be still first order in time. Typical examples of systems naturally in this form would be the Maxwell Equations.
- Spatial Agent-Based Models, such as Ising and Collective Motion (flocking) models
- Graph-based Models, such as the Voter model and the Elementary Cellular Automaton