The investigation of vibro-isolating features of transmissions of vehicles in elastic centrifugal couplings using the method of identification of dynamic processes in half-couplings on the universal dynamic test stand
The presented paper describes the investigation of vibro-isolating features of transmissions of vehicles using universal dynamic test stand. The stand is protected by copyright and distinguishes itself for many advantages in comparison with the existing stands: it is contactless, precise in a wide f...
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Vilnius Gediminas Technical University
2002-06-01
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Online Access: | http://www.transport.vgtu.lt/upload/tif_zur/2002-3-spruogis_zubavicius.pdf |
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doaj-9feba9ac9cba4fa3b745b8ebcacf92dc2021-07-02T03:43:48ZengVilnius Gediminas Technical UniversityTransport1648-41421648-34802002-06-011737784The investigation of vibro-isolating features of transmissions of vehicles in elastic centrifugal couplings using the method of identification of dynamic processes in half-couplings on the universal dynamic test stand B. SpruogisL. ZubavičiusThe presented paper describes the investigation of vibro-isolating features of transmissions of vehicles using universal dynamic test stand. The stand is protected by copyright and distinguishes itself for many advantages in comparison with the existing stands: it is contactless, precise in a wide frequency range, power-saving, high-speed. Due to low exploitation expenses and wide possibilities it is fit for the investigation of dynamic characteristics of various vehicles. On the said stand using the method of the identification of experiment dynamic processes, the investigation of vibro-isolating features of rotor systems has been performed. The errors caused by the unevenness of rotation of connecting shafts, the adequacy of the calculated models and the dangerous resonance frequencies have been determined.http://www.transport.vgtu.lt/upload/tif_zur/2002-3-spruogis_zubavicius.pdftransmissionvibro-isolating featuresan universal contactless standan elastic centrifugal couplingthe method of identificationa resonance frequency |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
B. Spruogis L. Zubavičius |
spellingShingle |
B. Spruogis L. Zubavičius The investigation of vibro-isolating features of transmissions of vehicles in elastic centrifugal couplings using the method of identification of dynamic processes in half-couplings on the universal dynamic test stand Transport transmission vibro-isolating features an universal contactless stand an elastic centrifugal coupling the method of identification a resonance frequency |
author_facet |
B. Spruogis L. Zubavičius |
author_sort |
B. Spruogis |
title |
The investigation of vibro-isolating features of transmissions of vehicles in elastic centrifugal couplings using the method of identification of dynamic processes in half-couplings on the universal dynamic test stand |
title_short |
The investigation of vibro-isolating features of transmissions of vehicles in elastic centrifugal couplings using the method of identification of dynamic processes in half-couplings on the universal dynamic test stand |
title_full |
The investigation of vibro-isolating features of transmissions of vehicles in elastic centrifugal couplings using the method of identification of dynamic processes in half-couplings on the universal dynamic test stand |
title_fullStr |
The investigation of vibro-isolating features of transmissions of vehicles in elastic centrifugal couplings using the method of identification of dynamic processes in half-couplings on the universal dynamic test stand |
title_full_unstemmed |
The investigation of vibro-isolating features of transmissions of vehicles in elastic centrifugal couplings using the method of identification of dynamic processes in half-couplings on the universal dynamic test stand |
title_sort |
investigation of vibro-isolating features of transmissions of vehicles in elastic centrifugal couplings using the method of identification of dynamic processes in half-couplings on the universal dynamic test stand |
publisher |
Vilnius Gediminas Technical University |
series |
Transport |
issn |
1648-4142 1648-3480 |
publishDate |
2002-06-01 |
description |
The presented paper describes the investigation of vibro-isolating features of transmissions of vehicles using universal dynamic test stand. The stand is protected by copyright and distinguishes itself for many advantages in comparison with the existing stands: it is contactless, precise in a wide frequency range, power-saving, high-speed. Due to low exploitation expenses and wide possibilities it is fit for the investigation of dynamic characteristics of various vehicles. On the said stand using the method of the identification of experiment dynamic processes, the investigation of vibro-isolating features of rotor systems has been performed. The errors caused by the unevenness of rotation of connecting shafts, the adequacy of the calculated models and the dangerous resonance frequencies have been determined. |
topic |
transmission vibro-isolating features an universal contactless stand an elastic centrifugal coupling the method of identification a resonance frequency |
url |
http://www.transport.vgtu.lt/upload/tif_zur/2002-3-spruogis_zubavicius.pdf |
work_keys_str_mv |
AT bspruogis theinvestigationofvibroisolatingfeaturesoftransmissionsofvehiclesinelasticcentrifugalcouplingsusingthemethodofidentificationofdynamicprocessesinhalfcouplingsontheuniversaldynamicteststand AT lzubavicius theinvestigationofvibroisolatingfeaturesoftransmissionsofvehiclesinelasticcentrifugalcouplingsusingthemethodofidentificationofdynamicprocessesinhalfcouplingsontheuniversaldynamicteststand AT bspruogis investigationofvibroisolatingfeaturesoftransmissionsofvehiclesinelasticcentrifugalcouplingsusingthemethodofidentificationofdynamicprocessesinhalfcouplingsontheuniversaldynamicteststand AT lzubavicius investigationofvibroisolatingfeaturesoftransmissionsofvehiclesinelasticcentrifugalcouplingsusingthemethodofidentificationofdynamicprocessesinhalfcouplingsontheuniversaldynamicteststand |
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1721341271825448960 |