VOLUME 67 (12/2023)
| TITLE | | THE TRANSFER PHENOMENON OF ENERGY IN MECHANICAL SYSTEMS OF VIBRATION DAMPING |
| | AUTHOR(S) | | I. Nochnichenko, O. Yakhno, D. Kostiuk, V. Kryvosheiev |
| | ABSTRACT | | The article is devoted to the analysis of transfer processes from the point of view of the energy
balance in the damping system. It is shown that damping systems are based on the physical process
of converting mechanical energy into thermal energy, with subsequent dissipation into the
environment. The full distribution of energy in damping problems takes the following form: the
mechanical energy of movement is absorbed due to the hydraulic resistance of the fluid and is
transformed into a dissipative component, which can reach up to 80% of the total energy in the
system.
The dependence of the total power loss of the shock absorber in variable operating conditions
and the scheme of physical processes and energy transformations in damping problems, which are in
dissipative processes, are given. The article provides principles that can be used to design devices
and modules of a wide class of damper systems with the possibility of energy recovery and storage
due to the introduction of a damper system, for example, a motor-generator, an induction coil, and
other energy storage systems |
| | DOI | | doi.org/10.62853/EOQV4312 |
| | PAGES | | 21-24 |
| | DOWNLOAD | | THE TRANSFER PHENOMENON OF ENERGY IN MECHANICAL SYSTEMS OF VIBRATION DAMPING |
| | How to cite this article: | | Nochnichenko I., O. Yakhno, D. Kostiuk, V. Kryvosheiev. The transfer phenomenon of energy in mechanical systems of vibration damping. Journal of the Technical University of Gabrovo. 67 (2023) 21-24. |
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