毕业设计计算书 某公司钢结构厂房设计.doc
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毕业设计计算书 某公司钢结构厂房设计,摘要:本毕业设计为某公司钢结构厂房，实验室是采用门式刚架结构的单跨厂房，檐口高度6.9m、跨度24m、柱距7.5，建筑面积为 2880﹐。门式刚架结构具有有效利用材料 ，构件尺寸小 、重量轻 ，而且可以在工厂批量生产 ，保证质量 ，工地连接简便迅速 ，施工周期短的优点。由于门式刚架轻钢结构具有许多其他结构所不具备的优点...
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摘要:
本毕业设计为某公司钢结构厂房，实验室是采用门式刚架结构的单跨厂房，檐口高度6.9m、跨度24m、柱距7.5，建筑面积为 2880㎡。门式刚架结构具有有效利用材料 ，构件尺寸小 、重量轻 ，而且可以在工厂批量生产 ，保证质量 ，工地连接简便迅速 ，施工周期短的优点。由于门式刚架轻钢结构具有许多其他结构所不具备的优点 ，其优越性和经济效益是不言而喻的，广泛地应用在一般工业与民用建筑中 。因而我选择了此种结构作为厂房的结构。
设计包括建筑设计、结构设计、施工组织设计、制图、编写计算书。其主体是结构设计，对门式刚架的选型，选型后的截面验算、位移验算、节点设计，通过验算来检验选型是否准确，其次还设计了次结构，如檩条、墙梁、垂直支撑、雨篷，基础等。建筑设计中由于厂房对彩光、交通等有特殊要求，在设计中得到了充分考虑。施工组织设计中，我们根据所设计的结构，编制横道图、网络图和施工组织方案，使施工得到最优化。
设计中运用到钢结构知识、结构力学求解器、制图工具AutoCAD、Word文档编辑软件、文献检索等知识。
关键词：门式刚架 结构设计
abstract
This dissertation aims to design for a numerical control laboratory, which is a single span workshop with a structure of steel portal frames. It has a cornice 6.9 meters high, span 24 meters extent, space between the columniations 7.5 meters long, architecture area 2880square meters size. steel portal frames combines the advantages of efficient using of material, small in dimension, light in weigh, batch produced and guaranteed quality. At the same time the building sites can be jointed as a whole rapidly and simply, and the construction time is shortened. Because of these virtues that many other structures do not possess it is widely used in industrial and civil construction projects. Therefore I choose this steel portal frames as the structure of workshop in my dissertation.
This design includes architecture design, structure design, construction organization design, drawing and compiling calculation files. Tthe main body of it is still structure design, in other words, to select the right figure of steel portal frames, and then test whether the selected form is nicety through checking the section and displacement and the node design. In the next place we also design some subordinate structure, such as purline, wall girder, upright bolster, awning and foundations etc. In architecture design there are some special requests in daylighting and traffic for workshop. All these have been considered with deliberation. In construction organization design, we work out the Gunter and network chart and construction organization scheme to optimization the construction based on our designed structure.
This design uses the knowledge of steel structure , structural mechanics, tracer, AutoCAD, Word and literature searches.
Key words: steel portal frames, structure design
本毕业设计为某公司钢结构厂房，实验室是采用门式刚架结构的单跨厂房，檐口高度6.9m、跨度24m、柱距7.5，建筑面积为 2880㎡。门式刚架结构具有有效利用材料 ，构件尺寸小 、重量轻 ，而且可以在工厂批量生产 ，保证质量 ，工地连接简便迅速 ，施工周期短的优点。由于门式刚架轻钢结构具有许多其他结构所不具备的优点 ，其优越性和经济效益是不言而喻的，广泛地应用在一般工业与民用建筑中 。因而我选择了此种结构作为厂房的结构。
设计包括建筑设计、结构设计、施工组织设计、制图、编写计算书。其主体是结构设计，对门式刚架的选型，选型后的截面验算、位移验算、节点设计，通过验算来检验选型是否准确，其次还设计了次结构，如檩条、墙梁、垂直支撑、雨篷，基础等。建筑设计中由于厂房对彩光、交通等有特殊要求，在设计中得到了充分考虑。施工组织设计中，我们根据所设计的结构，编制横道图、网络图和施工组织方案，使施工得到最优化。
设计中运用到钢结构知识、结构力学求解器、制图工具AutoCAD、Word文档编辑软件、文献检索等知识。
关键词：门式刚架 结构设计
abstract
This dissertation aims to design for a numerical control laboratory, which is a single span workshop with a structure of steel portal frames. It has a cornice 6.9 meters high, span 24 meters extent, space between the columniations 7.5 meters long, architecture area 2880square meters size. steel portal frames combines the advantages of efficient using of material, small in dimension, light in weigh, batch produced and guaranteed quality. At the same time the building sites can be jointed as a whole rapidly and simply, and the construction time is shortened. Because of these virtues that many other structures do not possess it is widely used in industrial and civil construction projects. Therefore I choose this steel portal frames as the structure of workshop in my dissertation.
This design includes architecture design, structure design, construction organization design, drawing and compiling calculation files. Tthe main body of it is still structure design, in other words, to select the right figure of steel portal frames, and then test whether the selected form is nicety through checking the section and displacement and the node design. In the next place we also design some subordinate structure, such as purline, wall girder, upright bolster, awning and foundations etc. In architecture design there are some special requests in daylighting and traffic for workshop. All these have been considered with deliberation. In construction organization design, we work out the Gunter and network chart and construction organization scheme to optimization the construction based on our designed structure.
This design uses the knowledge of steel structure , structural mechanics, tracer, AutoCAD, Word and literature searches.
Key words: steel portal frames, structure design
