THE AUTOMATIC CONTROL SYSTEM DEVELOPMENT OF THE ROTOR BARKING MACHINE BARK REMOVER IN THE SIMULINK ENVIRONMENT
Journal: BULLETIN OF KSAU
№ 10
, 2012
Rubrics: TEHNIKA
Authors:
1.
Ural'skiy gosudarstvennyy lesotehnicheskiy universitet
2.
Ural'skiy gosudarstvennyy lesotehnicheskiy universitet
Type:
Article
Pages:
from 171
to 177
Status:
Published
Received:
21.10.2012
Accepted:
23.10.2012
Published:
25.10.2012
Subject area:
UDK 630.323
Language:
Russian
Keywords:
Simulink, rotor barking machine, hydraulic driver, pneumo-drive, bark remover tool, mathematical model, automatic control system, Simulink
Abstract (English):
The automatic control system principle scheme of rotor barking machine bark remover pneumohydraulic drive is substantiated in the article. This scheme model in Simulink environment is developed. Discrete transfer function is determined and its optimum parameters calculation method is suggested. Pneumohydraulic drive work process in different modes to test model adequacy is researched.
The automatic control system principle scheme of rotor barking machine bark remover pneumohydraulic drive is substantiated in the article. This scheme model in Simulink environment is developed. Discrete transfer function is determined and its optimum parameters calculation method is suggested. Pneumohydraulic drive work process in different modes to test model adequacy is researched.
Keywords:
Simulink, rotor barking machine, hydraulic driver, pneumo-drive, bark remover tool, mathematical model, automatic control system, Simulink
Simulink, rotor barking machine, hydraulic driver, pneumo-drive, bark remover tool, mathematical model, automatic control system, Simulink
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2. Richard K., Dorf K., Robert H. Sovremennye sistemy upravleniya. - M.: Izd-vo Lab. bazovyh znaniy, 2004. - 831 s.
