大厦泛光照明工程安全问题分析与对策研究
关键词： 泛光照明；安全分析；层次灰色分析法；对策
The Shanghai Tower Floodlighting Engineering Security Problem Analysis and Countermeasures Research
Abstract: Since the reform and opening up, China's urban construction has made rapid development, urban render lighting neon and floodlighting, it can shape the image of the city at night, increase the charm of the city, and enrich people's night life. Shanghai Tower: The construction of an ultra-rise landmark skyscraper will be built to replace the nearby Shanghai World Financial Center, to become the tallest building in Shanghai. This iconic building floodlighting more important. Current design specifications of this problem but no specific standards and requirements made some reference data, I therefore understand the Shanghai Tower floodlighting project profiles after its safety issues for qualitative analysis and from the human, machine, material, method, ring side to establish a comprehensive evaluation index system, using AHP to determine weight of each index, gray system theory quantitative evaluation. And use of evaluation conclusions, propose appropriate measures.
Keywords: floodlighting; safety analysis; hierarchy gray assessment method;countermeasures
目录
1绪论 1
1.1 泛光照明介绍 2
1.1.1 泛光照明的概念和目的 2
1.1.2 全球专业照明市场的现状分析 2
1.1.3 中国专业照明市场的现状分析 2
1.2 超高层建筑电气安装危险性介绍 2
2上海中心大厦泛光照明工程施工概况 4
2.1 上海中心大厦泛光照明工程概况 4
2.2 主要施工工艺介绍-双层移动作业平台 5
3上海中心大厦泛光照明安全问题分析 7
3.1 材料和灯具的吊运过程的安全问题分析 7
3.1.1 上海中心大厦泛光照明吊运过程简介 7
3.1.2 吊运过程具体安全问题分析 7
3.2 灯具等设备安装过程中的安全问题分析 9
3.2.1 灯具等设备安装的简介 9
3.2.2 灯具等设备安装过程具体安全问题分析 10
3.3 桥架线槽安装过程中的安全问题分析 10
3.4 穿线和灯具调试过程中的安全问题分析 11
4上海中心大厦泛光照明安全问题定量评价 11
4.1 层次灰色评价法简介 11
4.2 指标体系建立 12
4.3 构造层次灰色评价分析模型 14
4.3.1 层次灰色评价法评价的具体步骤 15
4.3.2 层次分析法（AHP）具体步骤 17
4.4应用实例 19
4.4.1 确定指标评价等级 19
4.4.2确定指标权重 20
4.4.3 评价灰类及其计算 24
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