⚛️ Physics
Mathematical tools and models inspired by classical and computational physics applications.
namespace CSharpNumerics.Physics
| Module | Description |
|---|---|
| 🚀 Kinematics | Motion analysis, projectile trajectories, and dynamics |
| 🍎 Dynamics | Forces, momentum, energy, work, power, and collisions |
| 🪀 Oscillations | Harmonic, damped, driven, and coupled oscillator models |
| 🌊 Waves | PDE-based wave simulation, superposition, wave packets, and Fourier analysis |
| 💧 Fluid Dynamics | Navier–Stokes, Bernoulli, continuity, vorticity, drag/lift, pipe flow, and hydrostatics |
| 🔥 Thermodynamics | Conduction, convection, radiation, heat equation, dimensionless numbers, lumped capacitance |
| 🧲 Electromagnetism | Coulomb's law, Lorentz force, Maxwell's equations, potentials, and Biot–Savart |
| 🔭 Astronomy | Astronomical coordinate systems |
| 🌿 Environmental | Gaussian plume dispersion, Fickian diffusion, advection, and advection–diffusion |
| ☢️ Nuclear | Isotopes, radioactive decay chains, and radiation dose |