Simulation and Study on Non-Sinusoidal Oscillation Control System of Continuous Casting Mold

Zhang, Xiao Jun

Paper Titles

Directional Control of a Driver-Heavy-Vehicle Closed-Loop System, p.33
Research on SVPWM Method and its Neutral Point Potential Control, p.39
Study on Acc/Dec Algorithm Based on Piecewise Polynomial in CNC, p.43
Climbing and Turning Control of a Biped Passive Walker by Periodic Input Based on Frequency Entrainment, p.48
Simulation and Study on Non-Sinusoidal Oscillation Control System of Continuous Casting Mold, p.53
Design and Simulation of PEM Control System for Reactive Sputtering Coating, p.57
Tail Deviation’s Predictive Control of the Tandem Rolling Strip Based on Manifold Learning, p.63
Synchronic Fuzzy Control of Master and Slave Arc in Twin-Wire Pulsed Metal Active Gas Welding, p.69
Control of Pushing and Pulling Motion of a Wheeled Inverted Pendulum Based on a Reduced Order Observer, p.74

Home > Advanced Engineering Forum > Mechatronics and Information Technology > Simulation and Study on Non-Sinusoidal Oscillation...

Paper Title:

Simulation and Study on Non-Sinusoidal Oscillation Control System of Continuous Casting Mold

Periodical	Advanced Engineering Forum (Volumes 2 - 3)
Main Theme	Mechatronics and Information Technology
Edited by	Qingkai Han, Kazuhiko Takahashi, Chang-Hyun Oh and Zhong Luo
Pages	53-56
DOI	10.4028/www.scientific.net/AEF.2-3.53
Citation	Xiao Jun Zhang, 2011, Advanced Engineering Forum, 2-3, 53
Online since	December, 2011
Authors	Xiao Jun Zhang
Keywords	Hydraulic Servo Control System, Mold Oscillation, Non-Sinusoidal, Simulation

View full size

Full Text PDF

By Email

Abstract

The paper describes the composition and working principle of the mold oscillation control system. The mathematical model of hydraulic servo control system is established. The total system transfer function is established by MATLAB program. By using the SIMULINK module, we determined various components’ parameter values. We got different simulation curves and Bode plots by inputting non- sinusoidal function and carrying out the dynamic simulation to the mold oscillation mathematical model, we also analyzed stability of the whole system to verify the accuracy of system design.