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Design and Modelling of Innovative Propulsion Layouts with Pivoted Thrusters For Underwater Vehicles

机译:水下车辆枢转推进器的创新推进器设计与建模

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Autonomy, performances and manoeuvrability of underwater vehicles are deeply influenced by the features of their propulsion layouts. In particular, the manoeuvrability and the reliability are very important requirements for ROV (Remotely Operated Vehicle) and AUV (Autonomous Underwater Vehicle), for this reason it is necessary to improve these features for underwater vehicles especially if they are emploied in shallow water or potentially dangerous environments. In this work are introduced an application of reconfigurable and redundant propulsion system.
机译:水下车辆的自主性,性能和可操作性受到其推进布局的特征的深受影响。特别地,机动性和可靠性是对ROV(远程操作车辆)和AUV(自主水下车辆)的非常重要的要求,因为这是有必要改善水下车辆的这些特征,特别是如果它们在浅水中效溶或潜在危险环境。在这项工作中,介绍了可重构和冗余推进系统的应用。

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