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ARTIFICIAL (ELECTROMAGNETIC) ELASTICITY

DOI: 10.46573/2658-7459-2026-1-59-63

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Authors

V.D. Pavlov

Abstract

Unlike quasi-elastic objects, for which Hooke's law is fulfilled only for small deformations, artificial elasticity should be understood as a value that satisfies Hooke's law for any possible movements. Artificial elasticity can be a component of automation systems, as well as a mechanical linear harmonic oscillator and oscillating devices with uniform elements. A pendulum kLm is described, which can equally be considered as a CmL electric oscillatory circuit. In the considered electromechanical kLm (CmL) system, free harmonic vibrations can occur due to the mutual conversion of the kinetic energy of the load into the energy of the magnetic field of the inductance coil. Artificial elasticity is fundamentally different from the analogy between the coefficient of elasticity and inductance, since electromagnetic analogues cannot be used as elements of mechanical systems. Artificial elasticity can be used in automation devices.

Keywords

elasticity, inductance, balancing, adjustment, pendulum, contour.