毕业设计说明书（毕业论文）毕业设计（论文）题目专业：土木工程专业学生：赵鹏指导教师：王羡农河北工程大学土木工程学院2013年05月29日摘要本设计工程为邯郸地区一67.5米双跨钢结构。

主要依据《钢结构设计规范})GB50017-2003和《门式刚架轻型房屋钢结构技术规程》GECS 102:2002等国家规范，综合考虑设计工程的规模、跨度、高度及用途，依据“适用、经济、在可能条件下注意美观”的原则，对各组成部分的选型、选材、连接和经济性作了比较，最终选用单层门式钢架的结构形式。

梁、柱节点为刚性连接的门式钢架具有结构简洁、刚度良好、受力合理、使用空间大及施工方便等特点，便于工业化，商品化的制品生产，与轻型维护材料相配套的轻型钢结构框架体系己广泛应用于建筑结构中，本设计就是对轻型钢结构的实际工程进行建筑、结构设计与计算。

主要对承重结构进行了内力分析和内力组合，在此基础上确定梁柱截面，对梁柱作了弯剪压计算，验算其平而内外的稳定性;梁柱均采用Q235钢，10. 9级摩擦型高强螺栓连接，局部焊接采用E43型焊条，柱脚刚性连接，梁与柱节点也刚性连接;屋面和墙面维护采用双层彩色聚苯乙烯夹芯板;另外特别注重了支撑设置、拉条设置，避免了一些常见的拉条设计错误。

关键词:轻型钢结构门式钢架内力分析双层彩色聚苯乙烯夹芯板节点AbstractThis project in handan area is a 67.5m double-span steel structure. The project designed strictly complies with the relavant stipulations of the "CODE FOR DESIGN OF STEEL STRUCTURES (GF50017-2003)" and "TECHNICAL SPECIFICATION FOR STEEL STRUCTURE OF LIGHT WEIGHT BUILDINGS WITH GABLED FRAMES (CECS 102:2002)", and some others. Synthesize the scale of the consideration design engineering and across a principle for span and use, according as" applying, economy, under the possible term attention beautifully", Connecting method, structure type and material of each part which consist of a light-weight steel villa are analysed, then choose the construction form that use single layer a type steel. The beam, pillar node is a light steel construction frame system that rigid and copular a type steel a ware for having construction Simple, just degree goodly, suffering dint reasonablely, using space bigly and starting construction convenience etc. characteristics, and easy to industrialisation, commercializing produce, thinking with light maintenance material the kit the already extensive applying in the building construction inside, this design is to proceeds the building, construction design to the structural and actual engineering in light steel and calculation. The tractate includes the internal force analyzes and combines, based on these analyses; we can choose the section of beam and calumniation. Next, checking computatians of stability calculatian of the plane structure. The steel beam and column employs Q235 carbon structural steel. Connection bolts are high strength bolt of friction type with behavioral grade 10.9. Common bolts are rough type made by Q235-B.F steel. Rod for manual welding usually adopts E43..Rigid connections apply to the column leg and the connection of column and beam adopts hinged connection. The metope and roofage adopts the Bauble-decked colored polystyrene clamps the circuit board. otherwise, it is analysed that the forced state of the bracing system for a steel factor building under wind land, and the design of a bracing truss for a building with larger width. Avoid some errors in the design of brace, tension rod, and tension rod jpints.Keywords:Lightweight steel structures; gabled frame; the internal force analyzes; The double-decked colored polystyrene clamps the circuit board;joint目录第一章建筑设计----------------------------------------------------- 1 §1.1 概述---------------------------------------------------------- 1 §1.2 平面设计------------------------------------------------------ 3 §1.3剖面设计------------------------------------------------------ 4 §1.4立面设计------------------------------------------------------ 5 §1.5墙体做法------------------------------------------------------ 6 §1.6吊车及吊车梁-------------------------------------------------- 6 §1.7 其它---------------------------------------------------------- 6 第二章结构设计----------------------------------------------------- 8 §2.1 结构选型与布置------------------------------------------------ 8 §2.2 荷载计算------------------------------------------------------ 9 §2.3刚架计算 ----------------------------------------------------- 12 第三章结构构件设计------------------------------------------------ 59 §3.1刚架柱设计 --------------------------------------------------- 59 §3.2 吊车梁设计--------------------------------------------------- 68 §3.3抗风柱设计 --------------------------------------------------- 71 §3.4牛腿设计 ----------------------------------------------------- 73 §3.5檩条的设计 --------------------------------------------------- 73 §3.6墙架设计 ----------------------------------------------------- 74 §3.7撑设计 ------------------------------------------------------- 75 致谢 ---------------------------------------------------------------- 76 参考文献------------------------------------------------------------- 77邯钢钢材包装物主厂房设计学生：赵朋指导教师：王羡农河北工程大学土木工程学院土木工程专业建筑结构与施工管理方向第一章建筑设计§1.1概述1.1.1 设计题目：邯钢钢材包装物主厂房1.1.2 工程概况该厂房主要建筑为单层两跨钢结构厂房，由于钢材包装需要运输，因此该厂房两跨均需设置吊车梁。