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DESIGNINGADVANCED RUDDER ROLL STABILIZATION SYSTEM-Using High Power with Small Size Hydraulic System

机译:使用小型液压系统设计高功率设计 - 使用小功率设计

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This paper will outline the various stages in the design and development of advanced rudder roll stabilization system based high slew rate steering system. The slew rate means rudder angle change rate. First, this paper introduces a high slew rate steering system with Electric hydraulic system (EHS). The basic concept of EHS system is to combine the hydraulic power source system and actuator system with controlling the speed of electric motor of hydraulic pump depending on the condition required to the actuator. Next, this paper presents the adaptive rudder roll stabilization system based on a multivariate auto-regressive model that is called Multivariate Auto-regressive Rudder roll Control System (MARCS). Finally, conclusions and discussions based on full scales experiments are summarized.
机译:本文将概述基于先进的方向舵稳定系统的高压速率转向系统的设计和开发的各个阶段。转换速率意味着舵角变化率。首先,本文介绍了具有电动液压系统(EHS)的高压速率转向系统。 EHS系统的基本概念是将液压电源系统和致动器系统相结合,根据致动器所需的状态控制液压泵的电动机速度。接下来,本文介绍了基于多变量自回归模型的自适应方向舵稳定系统,称为多变量自回流​​舵辊控制系统(MARC)。最后,总结了基于全尺度实验的结论和讨论。

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