Molten Steel Level Control Based on an Adaptive Fuzzy Estimator in a Continuous Caster

DOI Web Site 参考文献26件
  • You Byungyong
    Department of Electrical Engineering Pohang, University of Science and Technology
  • Sim Taeyun
    Department of Electrical Engineering Pohang, University of Science and Technology
  • Kim Minsung
    Department of Electrical Engineering Pohang, University of Science and Technology
  • Lee Dukman
    Technical Research Laboratories, Pohang Iron & Steel Co., Ltd.
  • Lee Jookang
    Department of Electrical Engineering Pohang, University of Science and Technology
  • Lee JinSoo
    Department of Electrical Engineering Pohang, University of Science and Technology

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In this paper, we propose a molten steel level controller for a continuous caster that is based on an adaptive fuzzy estimator. The main objective of the proposed controller is to reject the bulging disturbance that occurs in the continuous casting process. If we know the bulging frequencies and phases, and the system time delay, then we can efficiently reject the bulging disturbance by using an adaptive fuzzy estimator. It generates the estimated bulging compensation signal taking the system nonlinearities and delay into account and this signal is added with the PID output to reject the real bulging disturbance efficiently. Computer simulations and experiments were executed with one-to-four-scale H/W simulator.

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