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Interactive physics & engineering simulators for the web.
🌐 novasolver.jp — 1600+ simulators in your browser. No install, no signup.
NovaSolver makes classical engineering and physics interactive. Pick any equation from a textbook — beam deflection, Reynolds number, Stefan-Boltzmann radiation, RC transients, Lissajous figures — and we render it as a real-time, parameter-driven simulator. No Matlab license, no Python install, no waiting for a CFD solver to spin up.
| Repo | What |
|---|---|
| physics-simulators | The monorepo. 1600+ tools across structural, fluid, thermal, EM, and coupled domains. |
| .github | This profile. |
Interactive physics & CAE simulators. 1600+ educational tools with live demos at https://novasolver.jp
Newtonian gravity for N point masses. Solar system presets, three-body chaos, custom configurations.
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Interactive Lissajous curves — adjust frequency ratio, amplitude, and phase in real time.
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Real-time 3D simulation of the Lorenz strange attractor. Explore chaos with σ, ρ, β parameters.
Craig Reynolds' classic boids algorithm: alignment, cohesion, separation. Tune weights live.
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Zenn content management for NovaSolver. Articles auto-published via GitHub integration.
Interactive physics & CAE simulators. 1600+ educational tools with live demos at https://novasolver.jp
Euler-Bernoulli beam deflection, moment, shear with simple/cantilever/fixed supports.
Drag points to set σx, σy, τxy and see principal stresses, max shear, and the rotated element.
The Feigenbaum bifurcation diagram of the logistic map. Zoom in to see self-similarity.
Gray-Scott reaction-diffusion system: spots, stripes, mazes from two parameters.
Newtonian gravity for N point masses. Solar system presets, three-body chaos, custom configurations.
Three-magnet chaotic pendulum with fractal basin of attraction visualization.
Decompose any drawn shape into rotating circles via DFT. The 3blue1brown classic, in your browser.
Craig Reynolds' classic boids algorithm: alignment, cohesion, separation. Tune weights live.
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