Publication detail
MODELLING OF DRIVE FOR A VIBRATION EXCITER
ŠKOPÁN, M. POKORNÝ, J.
Original Title
MODELLING OF DRIVE FOR A VIBRATION EXCITER
English Title
MODELLING OF DRIVE FOR A VIBRATION EXCITER
Type
conference paper
Language
Czech
Original Abstract
This paper is about a problematic of parameters operating of a vibration exciter for road compaction rollers. An analysis and a critical evaluate of an exciter type for a vibration roller is made. A dynamics model of the exciter with a rotary regulating vector of the vibration is created as a mechatronics system compose from hydraulics, an electrics and a mechanic components. This model proved an effect of a relation regulating slipping clutch between eccentric masses to stability of parameters by regulation.
English abstract
This paper is about a problematic of parameters operating of a vibration exciter for road compaction rollers. An analysis and a critical evaluate of an exciter type for a vibration roller is made. A dynamics model of the exciter with a rotary regulating vector of the vibration is created as a mechatronics system compose from hydraulics, an electrics and a mechanic components. This model proved an effect of a relation regulating slipping clutch between eccentric masses to stability of parameters by regulation.
Keywords
vibrating compaction, regulation, vector of vibration
Key words in English
vibrating compaction, regulation, vector of vibration
Authors
ŠKOPÁN, M.; POKORNÝ, J.
RIV year
2007
Released
15. 8. 2007
Location
STU Vazova 5, Bratislava
ISBN
978-80-227-2709-9
Book
33 rd INTERNATIONAL CONFERENCE OF DEPARTMENTS OF TRANSPORT, HANDLING, BUILDING AND AGRICULTURAL MACHINES 2007
Edition
1
Edition number
1
Pages from
19
Pages to
19
Pages count
1
BibTex
@inproceedings{BUT23690,
author="Miroslav {Škopán} and Jan {Pokorný}",
title="MODELLING OF DRIVE FOR A VIBRATION EXCITER",
booktitle="33 rd INTERNATIONAL CONFERENCE OF DEPARTMENTS OF TRANSPORT, HANDLING, BUILDING AND AGRICULTURAL MACHINES 2007",
year="2007",
series="1",
number="1",
pages="19--19",
address="STU
Vazova 5, Bratislava",
isbn="978-80-227-2709-9"
}