SimFlow
by SimFlowFreemium desktop software offers authoring tools and supports Linux, macOS, Windows, and web.
This list covers physics simulation software for readers comparing tools for creating or running physics simulations.
The page does not publish a ranking basis. Use its comparison fields to review pricing, delivery mode, lesson and authoring tools, assessment, visuals, offline access and export.
Freemium desktop software offers authoring tools and supports Linux, macOS, Windows, and web.
Open-source physics lessons and tools run on mobile devices, desktops, and browsers.
AndroidiPhone & iPadWeb+3Free simulator supports Linux, macOS, Windows, and self-hosted deployments.
WindowsMacLinux+1OpenSim suits research and teaching, as well as academic and commercial work involving movement models and simulations.
WindowsMacLinux+1Paid desktop physics software for Linux, macOS, Windows, web, API and self-hosted use.
It suits people working with circuit netlists who need analog, digital, or mixed-signal simulation.
FeenoX is aimed at advanced users, including engineers, Unix hackers, and academics who work with engineering problems on GNU/Linux.
It suits learners who want to focus on physics concepts before solving problems by hand.
About 100 browser physics simulations offer skill practice, challenges, and free Concept Checkers.
Freemium browser-based physics simulator includes a lesson library.
Multiphysics desktop app runs on Linux, macOS and Windows and includes lessons.
Desktop simulation software for modeling systems with discrete events on Linux, macOS and Windows.
Free Linux desktop physics app offers lessons and authoring tools without 3D visuals.
Free physics software for Linux, web and self-hosted use, with no lesson or authoring tools.
FEST-3D suits users working on aerodynamic flow simulations who can build and configure scientific software.
Paid software runs on Linux, Windows, or self-hosted systems and provides 3D visuals plus data export.
Free desktop physics software with authoring tools for Linux, macOS and Windows.
Free physics simulations delivered through a hybrid web and self-hosted application.
Check whether a tool lists a free plan, a paid starting price or a free trial. These labels describe different ways to begin, so read the pricing note before choosing.
The list records Linux, macOS, Windows, self-hosted, web and API delivery. Choose the mode that fits where you need to run or connect to the software.
Compare the lesson library, authoring tools and assessment tools fields. These fields help distinguish software for prepared lessons from software you configure yourself.
Use the 3D visuals field when visual presentation matters. Read the listing details to confirm what kind of visual output a tool provides.
Offline access can matter when a connection is unreliable. Check data export support if you need to move results or materials into another workflow.
If source access or reuse matters, check the licence details for the tool you are considering. A free plan does not describe the same terms as an open-source licence.