Application of AMESim and Matlab simulation on hydraulic servo control system of spinning lathe
Authors: 
Feiku Zhang, Hui Li, Xudong YangAuthors Info & Claims
Article No.: 11, Pages 1 - 6
Abstract
This paper conducts a joint simulation on the hydraulic servo control system with AMESim and Matlab for a spinning lathe design project. A PID hydraulic servo control system model and a self-adaptive one are built with AMESim and Matlab. Comparison and analysis of both control systems performances are conducted by changing the parameters (input, load added, etc.) and introducing an external disturbance. The results reveal the self-adaptive hydraulic servo control system with the self-adaptive controller has better performance than the system with PID controller. The self-adaptive hydraulic servo control system can reduce or even eliminate the system model parameters' changing effects and random external disturbance fast. The self-adaptive hydraulic servo control system doesn't oscillate when large load added or input signal changing; besides, the system self-tuning process is fast when constant external disturbance introduced. The self-adaptive hydraulic control system satisfies the spinning process specification well.
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Published In
July 2013
419 pages
ISBN:9781627482769
- Conference Chairs:
- Agostino G. Bruzzone,
- Peter Kropf,
- Linda Riley,
- Maryam Davoudpour,
- Program Chair:
- Adriano O. Solis
Sponsors
- SCS: Society for Modeling and Simulation International
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Society for Modeling & Simulation International
Vista, CA
Publication History
Published: 07 July 2013
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