摘要：本设计为上海公开信息查阅中心建筑与结构设计，防火等级为二类，环境类别二a楼高为23。5 ，总面积4186 ，共有6层。室内外高差为450 。平面的布置为矩形，建筑的长度 ，建筑的宽度为 。76169

    根据建筑的使用功能，本工程为政府性质办公楼，房屋的高度与长度、场地条件、结构材料以及施工建设过程中考虑下来，最终决定采用框架结构体系。本建筑物使用年限为 年，建筑抗震设防类别为丙类，地面粗糙度由于位于郊区但在建筑较密集的地方，所以选定地面粗糙度为B类，建筑场地类别为IV类，抗震设防烈度为7度，本设计的基本加速度为0。1g，地震周期特征值为0。9s，框架的抗震等级为三级，基础采用地下独立桩基。

本工程的设计内容为建筑设计和结构设计，建筑设计部分包括建筑方案的选定，建筑图的绘制。结构设计的部分包括利用PKPM软件进行建模计算，从而选取最具代表性的一榀框架进行设计。其中包括荷载计算，内力分析，内力组合，截面设计几个方面。接下来再进行楼板、楼梯、地基的设计等等。

毕业论文关键词:  混凝土框架结构；结构设计；抗震；地基设计

Shanghai Public information access center  building structure design

Abstract:The design is designed for Shanghai public information access center construction and structure design, class ii building, fire prevention grade class 2, floor height is 23。5m, total area 4185。84, there are 6 layers。 The indoor and outdoor height is 450mm。 The layout of the plane is rectangular, the length of the building is, the width of the building is。 

According to the building use function, the engineering properties for the government office building, building height and length, site conditions, structure materials in the process of the construction and consideration, finally decided to adopt frame structure system。 This building use fixed number of year for 50 years, the safety level of structures for the secondary, building seismic fortification category for the standard category, because the surface roughness is 

located in the suburbs but in building more populated places, so the ground roughness selected for class B, building site category for class IV, seismic fortification intensity of 7 degrees, the design of basic acceleration of 0。1g, the earthquake cycle characteristic value is 0。9, framework of earthquake resistant level for level 3, base using underground independent pile foundation。 

The design of this project is architectural design and structural design。 The architectural design includes the selection of architectural plan and the drawing of architectural drawings。 Part of the design of the structure involves using the PKPM software to model the calculation to select the most representative framework for design。 This includes load calculation, internal force analysis, internal force composition, and sectional design。 And then there are floor boards, staircases, foundation designs and so forth。

Keywords: Reinforced concrete frame structure; Structure design; Earthquake; Floor design 

目 录

引  言 1

1  建筑设计 1

  1。1  设计依据 1

  1。2  设计要求 1

  1。3  建筑设计方案 1

    1。3。1  平面设计 1

    1。3。2  立面设计 2

    1。3。3  剖面设计