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上海高新铝质工程一期厂房轻型门式刚架设计摘 要本次设计的题目为上海高新铝质工程一期厂房设计，其地理位置在设计资料中未给出，现假设位于张家港。采用轻钢结构门式刚架的结构形式。七跨厂房跨度25 ，柱距8.5 。墙面维护结构由压型钢板墙板和墙架系统组成。围护结构现采用彩钢夹芯板。本设计由建筑设计和结构设计两部分组成。56083
建筑设计是根据整个工程的工程概况、生产工艺概况、自然条件、地理情况以及荷载情况来确定建筑设计方案并优化设计方案。建筑设计包括单层厂房平面设计、立面设计、剖面设计、采光设计、通风设计、屋面排水设计、防腐防锈和防火设计等内容。其中，平面设计有平面形式选择、柱网布置等；立面设计主要是门窗的布置；剖面设计主要有柱顶标高的确定等。
结构设计是本次设计的核心内容，其设计的原则是确保厂房的安全、适用、耐久，同时使设计经济合理。结构设计的主要内容有吊车梁设计、荷载统计、内力计算、内力组合、梁柱截面的选取和验算、节点设计、檩条设计、墙梁设计和基础设计等。
毕业论文关键词：结构形式；建筑设计；结构设计；内力组合；设计原则
Abstract Topics of this design for the project of Shanghai high-tech aluminium plant design, its geographical location in the design information is not given, it is assumed that the is located in Zhangjiagang. Take the form of lightweight steel Portal frame structure. Seven workshops span 25, column spacing 8.5. Wall maintenance structure consists of steel plate wall plates and wall mount systems. Envelopes are made of colored steel sandwich panel. This design by the architectural and structural design consists of two parts.
Architectural design is based on the project overview of the entire project, general production, geographical situation, natural conditions and loads to determine and optimize the design for architectural design. Architectural design include single-layer plane design for workshop, facade design, profile design, lighting design, ventilation design, roof drainage design, corrosion, rust and fire protection design. Where the flat selection, column arrangement in the form of graphic design; the facade design is the arrangement of Windows and doors; profile design with a capital, such as determining the elevation of.
Design is at the heart of this design, its design principle was to ensure plant safety, utility, durability, while keeping the design economy is reasonable. Main structural design of crane beam design, statistics, calculation of internal force and internal force of load combinations, selection and verification of beam and column sections, joint design, purlins, wall-beam design and infrastructure design.
Key words: structural forms; design; design; internal force combination; design principle
第一章．方案设计 1
第二章. 荷载计算 2
2.1 荷载取值 2
2.1.1恒荷载 2
2.1.2活荷载 2
2.1.3风荷载 3
2.2. 各部分作用荷载 3
2.2.1屋面 3
2.2.2柱自重 3
2.2.3风荷载 4
第三章．内力分析及内力组合 5
3.1.内力分析 5
3.1.1恒荷载标准值作用下的内力图 5
3.1.2 活荷载标准值作用下的内力图