Navier Stokes Explained
See the equations move
About
Explore the complex Navier-Stokes equations through an interactive 3D fluid simulation. Visualize how liquids and gases move, manipulate variables like gravity and viscosity, and understand the underlying physics with guided lessons and live data.
What's New in Navier Stokes Explained
1.0.0
September 30, 2026
Developer apps
FAQ
What is Navier Stokes Explained?
Navier Stokes Explained is an interactive application that visualizes the Navier-Stokes equations, which describe fluid motion. It allows users to conduct experiments and understand the physics of liquids and gases through a 3D simulation.
How does Navier Stokes Explained teach fluid dynamics?
It uses a hands-on approach with a 3D fluid solver where users can manipulate variables like gravity and viscosity. The app also includes four guided lessons that explain specific fluid phenomena.
Can I use Navier Stokes Explained offline?
Yes, Navier Stokes Explained works offline, meaning you do not need an internet connection to use its simulation and learning features.
What devices does Navier Stokes Explained support?
Currently, Navier Stokes Explained is supported on iPhones. It was last updated on September 30, 2026, with version 1.0.0.
Does Navier Stokes Explained have ads?
Yes, Navier Stokes Explained contains advertisements. It is available for free, and the ads help support its development.
What is the age rating for Navier Stokes Explained?
Navier Stokes Explained has an age rating of 4+, making it suitable for a wide range of users interested in learning about physics.
How often is Navier Stokes Explained updated?
The application was last updated on September 30, 2026, indicating recent development. Users can expect ongoing support and potential future updates.
What are the key learning features in Navier Stokes Explained?
Key features include live equation term analysis, adjustable parameters like viscosity and stirring strength, tracer trails, and the ability to pause and single-step simulations for detailed observation.
