MATHEMATICAL MODELING OF WORKING PROCESSES IN A LIQUID-MAGNETIC DAMPER

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  • TITLE: MATHEMATICAL MODELING OF WORKING PROCESSES IN A LIQUID-MAGNETIC DAMPER
  • AUTHOR(S): I.V. Nochnichenko*, O.S. Haletskyi, D.V. Kostiuk, S.V. Strutynskyi
  • ABSTRACT: A mathematical model of the workflow has been developed, which made it possible to study the influence of design and geometric parameters, and also the influence of the working fluid temperature on the performance of a hybrid liquid-magnetic damper. The combination of an innovative hybrid structure, magnetic field and hydraulic throttling in the damper gives it new properties, however, during development, arises the problem of choosing rational parameters of its elements to ensure a given operating characteristic. To solve the problem posed, we analyzed the physical processes occurring during the operation of the damper and built a mathematical model using a cyclic-modular approach. Based on the results of mathematical modeling, a prototype of a liquid-magnetic damper was made.
  • PAGES: 91-
  • DOWNLOAD: MATHEMATICAL MODELING OF WORKING PROCESSES IN A LIQUID-MAGNETIC DAMPER