基于无气味卡尔曼滤波的机车轮对扭振检测方法

P. Pichlík
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引用次数: 0

摘要

在机械系统中,发生在质量之间的扭转振动是不可取的,应该加以限制。在许多工业应用中,扭转振动受到动态电力驱动控制的限制。然而,机车轴的扭转振动是不同的,因为振动的产生主要取决于附着条件的变化或轨道上存在的外部源。提出了一种扭振检测与抑制方法。该检测方法基于无气味卡尔曼滤波器,该滤波器同时作为滑移控制器的一部分,除了控制车轮滑移之外,还可以限制扭转振动,这是滑移控制器的主要目的。通过仿真对该方法进行了验证。
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Method for Torsional Vibrations Detection of Locomotive Wheelset Based on Unscented Kalman Filter
Torsional vibrations that occur between masses in mechanical systems are undesirable and should be limited. The torsional vibrations are limited in many industrial applications by a control of a dynamic electric drive. However, the torsional vibrations which occur in locomotives axles are different because the vibrations emergence mainly depends on an adhesion conditions change or external sources that are present on the track. The paper presents a method for the torsional vibrations detection and suppression. The detection method is based on an unscented Kalman filter that is simultaneously used as a part of the slip controller that can limit the torsional vibrations besides wheels slip control that is the primary purpose of the slip controller. The method verification is made on the simulations.
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