Physics Simulation System

A Physics Simulation System is a computer simulation system that solves physics simulation tasks to simulate physics simulation physical phenomenona.

• AKA: Physical Simulation System, Physics Engine System.
• Context:
  • It can typically compute Physics Simulation Force Interactions through physics simulation force equations.
  • It can typically model Physics Simulation Material Propertyies using physics simulation constitutive laws.
  • It can typically solve Physics Simulation Differential Equations via physics simulation numerical methods.
  • It can typically maintain Physics Simulation Conservation Laws during physics simulation time evolution.
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  • It can often handle Physics Simulation Collision Detection with physics simulation contact algorithms.
  • It can often simulate Physics Simulation Energy Transfer between physics simulation system components.
  • It can often incorporate Physics Simulation Environmental Effects through physics simulation boundary conditions.
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  • It can range from being a Classical Physics Simulation System to being a Quantum Physics Simulation System, depending on its physics simulation scale regime.
  • It can range from being a Single-Physics Simulation System to being a Multi-Physics Simulation System, depending on its physics simulation domain coupling.
  • It can range from being a Low-Fidelity Physics Simulation System to being a High-Fidelity Physics Simulation System, depending on its physics simulation accuracy level.
  • It can range from being a Offline Physics Simulation System to being a Real-Time Physics Simulation System, depending on its physics simulation timing constraints.
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  • It can integrate with Physics Simulation Mesh Generator for physics simulation spatial discretization.
  • It can connect to Physics Simulation Solver Library for physics simulation equation solving.
  • It can interface with Physics Simulation Material Database for physics simulation property lookup.
  • It can communicate with Physics Simulation Post-Processor for physics simulation result analysis.
  • It can synchronize with Physics Simulation Experiment Data for physics simulation validation study.
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• Examples:
  • Mechanical Physics Simulation Systems, such as:
    • Rigid Body Physics Simulation System for physics simulation solid mechanics.
    • Soft Body Physics Simulation System for physics simulation deformable objects.
    • Particle Physics Simulation System for physics simulation discrete elements.
  • Fluid Physics Simulation Systems, such as:
    • Navier-Stokes Physics Simulation System for physics simulation viscous flow.
    • Lattice Boltzmann Physics Simulation System for physics simulation mesoscale fluid.
    • Smoothed Particle Hydrodynamics Physics Simulation System for physics simulation free surface.
  • Field Physics Simulation Systems, such as:
    • Electromagnetic Physics Simulation System for physics simulation field propagation.
    • Thermal Physics Simulation System for physics simulation heat transfer.
    • Acoustic Physics Simulation System for physics simulation wave propagation.
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• Counter-Examples:
  • Abstract Mathematical System, which lacks physical law enforcement.
  • Data-Driven Prediction System, which bypasses physics principles.
  • Kinematic Animation System, which ignores dynamic forces.
• See: Computer Simulation System, Physical System, Physical Motion Equation, Computational Physics, Universal Physics Simulation System, High-Speed Physics Simulation, Differentiable Physics Engine.

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