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基于平面优化的核电厂大件码头卸船工艺比选 被引量:3

Comparison and Selection of Ship Unloading Technologies Applying to Heavy Equipment Berth of Nuclear Power Plant Based on Optimum Plane Layout
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摘要 核电厂的重型设备具有重量超重、体积超大、不可分拆的特点,对大件码头的上岸工艺及平面布置有特殊专业要求。本文从节省工程投资的角度,对目前常用的桅杆吊和固定旋转吊工艺的大件码头平面方案进行优化比选,供核电大件运输工程参考。 The heavy equipments of nuclear power plant is overweight, oversize and cannot be split, thus the special requirements are defined for the shore-approach process and plane layout of the heavy equipment berth. The plane layout plans of the berth with mast cranes or stationary slewing cranes are compared from the aspect of investment saving, and the optimum one is selected, which can serve as a reference for the transportation of heavy equipments of nuclear power plant.
出处 《港工技术》 2017年第6期29-31,共3页 Port Engineering Technology
关键词 核电大件码头 卸船工艺 平面方案 heavy equipment berth of nuclear power plant ship unloading technology plane layout plan
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参考文献1

  • 1郭君..核反应堆压力容器的大件运输方案设计[D].大连海事大学,2003:

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