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词条 Free motion equation
释义

  1. See also

  2. References

A free motion equation is a differential equation that describes a mechanical system in the absence of external forces, but in the presence only of an inertial force depending on the choice of a reference frame.

In non-autonomous mechanics on a configuration space , a free motion equation is defined as a second order non-autonomous dynamic equation on which is brought into the form

with respect to some reference frame on . Given an arbitrary reference frame on , a free motion equation reads

where is a connection on associates with the initial reference frame . The right-hand side of this equation is treated as an inertial force.

A free motion equation need not exist in general. It can be defined if and only if a configuration bundle

of a mechanical system is a toroidal cylinder .

See also

  • Non-autonomous mechanics
  • Non-autonomous system (mathematics)
  • Analytical mechanics
  • Fictitious force

References

  • De Leon, M., Rodrigues, P., Methods of Differential Geometry in Analytical Mechanics (North Holland, 1989).
  • Giachetta, G., Mangiarotti, L., Sardanashvily, G., Geometric Formulation of Classical and Quantum Mechanics (World Scientific, 2010) {{ISBN|981-4313-72-6}} (arXiv: 0911.0411).

4 : Theoretical physics|Classical mechanics|Differential equations|Dynamical systems

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