Simulation Templates
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Newtonian Mechanics
Forces, momentum, and motion under Newton's laws.
RUNNABLEOrbital Mechanics
Two-body and N-body gravitation and stable orbits.
RUNNABLERigid Body Dynamics
Collisions, rotation, and contact response.
RUNNABLEOscillations & Resonance
Springs, pendulums, and driven oscillators.
RUNNABLEChaos Theory
Sensitive dependence and strange attractors.
RUNNABLEFluid Mechanics
Incompressible flow, vorticity, and turbulence.
RUNNABLEPopulation Dynamics
Growth, carrying capacity, and competition.
RUNNABLEPredator–Prey Models
Lotka–Volterra oscillations between species.
RUNNABLEEpidemiology (SIR/SEIR)
Compartmental models of disease spread.
RUNNABLEReaction–Diffusion
Turing patterns and morphogenesis.
RUNNABLEOscillating Reactions
Belousov–Zhabotinsky-style chemical clocks.
RUNNABLEDiffusion & Transport
Fickian diffusion and mass transfer.
RUNNABLEOrdinary Differential Equations
Initial-value problems solved with RK4.
RUNNABLEPartial Differential Equations
Heat, wave, and diffusion equations.
RUNNABLEDynamical Systems
Fixed points, limit cycles, and bifurcations.
RUNNABLESymbolic Calculus
Differentiation, simplification, and roots.
RUNNABLEChaos & Fractals
Strange attractors and self-similarity.
RUNNABLEComputational Fluid Dynamics
Incompressible flow and aerodynamics.
RUNNABLEAerodynamics
Lift, drag, and flow separation.
RUNNABLEControl Systems
Feedback, stability, and response.
RUNNABLEVibration Analysis
Damping, resonance, and isolation.
RUNNABLESurrogate Modeling
Fast ML approximations of slow solvers.
RUNNABLEScientific Machine Learning
Physics-informed and data-driven models.