首页> 外文会议>The proceedings of the Tenth (2013) ISOPE ocean mining amp; gas hydrates symposium >Multi-objective Design Optimization for Manganese Nodule Pilot Miner Considering Collecting Performance and Manoeuver of Vehicle
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Multi-objective Design Optimization for Manganese Nodule Pilot Miner Considering Collecting Performance and Manoeuver of Vehicle

机译:考虑车辆性能和机动性的锰球试验矿工多目标设计优化

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摘要

A pilot miner, which is designed to collect manganese nodules on therndeep seabed, intends to collect manganese nodules while traveling onrncohesive soft soil. When operating a pilot miner, one needs to maintainrntraffic-ability at low traction speed for manoeuver operation as well asrnoperates the vehicle straight in order to increase collecting efficiency byrnkeeping high traction speed. Thus, if a pilot miner is designed in onernproperty, it will become superfluous design due to conflict ofrnincompatible properties. In this paper, multi-objective designrnoptimization considering both collecting and maneuver operation isrnproposed for optimization of a pilot miner.
机译:一个旨在在深海底收集锰结核的试点矿工打算在粘性高的软土上行驶时收集锰结核。当操作飞行员矿机时,需要在低牵引速度下保持机动性以进行机动操作,并且需要使车辆直线行驶以通过保持高牵引速度来提高收集效率。因此,如果试点矿工是按所有权设计的,则由于兼容性不佳的冲突,它将成为多余的设计。本文提出了一种兼顾采集和机动操作的多目标设计优化方案,以优化试验性矿工。

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