设计 任务书 文档 开题 答辩 说明书 格式 模板 外文 翻译 范文 资料 作品 文献 课程 实习 指导 调研 下载 网络教育 计算机 网站 网页 小程序 商城 购物 订餐 电影 安卓 Android Html Html5 SSM SSH Python 爬虫 大数据 管理系统 图书 校园网 考试 选题 网络安全 推荐系统 机械 模具 夹具 自动化 数控 车床 汽车 故障 诊断 电机 建模 机械手 去壳机 千斤顶 变速器 减速器 图纸 电气 变电站 电子 Stm32 单片机 物联网 监控 密码锁 Plc 组态 控制 智能 Matlab 土木 建筑 结构 框架 教学楼 住宅楼 造价 施工 办公楼 给水 排水 桥梁 刚构桥 水利 重力坝 水库 采矿 环境 化工 固废 工厂 视觉传达 室内设计 产品设计 电子商务 物流 盈利 案例 分析 评估 报告 营销 报销 会计
 首 页 机械毕业设计 电子电气毕业设计 计算机毕业设计 土木工程毕业设计 视觉传达毕业设计 理工论文 文科论文 毕设资料 帮助中心 设计流程 
垫片
您现在所在的位置:首页 >>土木工程毕业设计 >> 文章内容
                 
垫片
   我们提供全套毕业设计和毕业论文服务,联系微信号:biyezuopin QQ:2922748026   
大学学生公寓毕业设计(含计算书、部分结构设计图、施工组织设计、外文文献及翻译)
文章来源:www.biyezuopin.vip   发布者:毕业作品网站  

目  录

摘  要·······················································Ⅳ

ABSTRACT··················································Ⅴ

1前  言

2 建筑设计

2.1 设计基本资料··················································2

2.1.1工程概况···················································2

2.1.2 地质、水文、气象资料2

2.2 建筑设计说明 ··············································3

2.2.1 设计概要 ··············································3

2.2.2 建筑立面剖面设计······································4

2.2.3 抗震设计 ···············································4

2.2.4 防火设计 5

2.2.5细部构造总说明 ······················································5

2.3 建筑细部具体构造做法 ···············································6

2.3.1 屋面做法 ························································6

2.3.2 楼面做法 ···················································6

2.3.3 内墙面做法 ·············································7

2.3.4 散水做法 ·················································7

3 结构设计

3.1结构的选型及布置 ·············································8

3.1.1 结构的选型················································8

3.1.2 柱网布置··················································8

3.1.3 初选构件尺寸···············································9

3.2荷载统计····················································9

3.2.1 竖向荷载计算············································9

3.2.2 水平荷载计算16

3.3 内力分析 ······························································19

3.3.1 恒荷载作用下的内力计算··············································19

3.3.2 活荷载作用下的内力计算 ·············································28

3.3.3 风荷载作用下的内力计算··············································38

3.3.4 水平地震作用下的内力计算············································42

3.4 内力组合················································  50

3.4.1 荷载组合 ················································50

3.4.2 框架梁的内力组合 ··················································51

3.4.3 框架柱的内力组合 ···················································55

3.5 梁、柱截面设计 ····················································60

3.5.1 框架梁截面设计 ···············································60

3.5.2 挑梁设计 ···············································66

3.5.3 框架柱的截面设计 ···········································68

3.6 板的设计 ···············································80

3.6.1 双向板的设计 ·········································80

3.6.2 单向板的设计 ·············································84

3.7 基础设计 ·················································86

3.7.1 桩的设计 ·············································86

3.7.2 承台设计 ·················································92

3.8 楼梯的设计  ···············································96

4施工组织设计

4.1编制说明····················································100

4.1.1编制依据·············································100

4.1.2 编制范围 ··············································100

4.2工程概况 ···················································100

4.2.1 工程特点·············································100

4.2.2工程概况··············································100

4.3 施工总平面布置 ···········································101

4.3.1施工总平面布置设想················································101

4.3.2 施工现场布置 ············································101

4.4施工总体部署 ················································102

4.4.1施工总进度计划 ·········································102

4.4.2 施工分段··················································102

4.4.3施工顺序················································102

4.4.4 定额计算人工及工日 ···············································102

4.5主要施工方法技术措施 ·················································103

4.5.1工程施工测量方案··················································103

4.5.2基础工程··························································106

4.5.3 模板工程 ·························································108

4.5.4 混凝土工程 ·······················································108

4.5.5 垂直运输和脚手架 ·················································109

4.5.6 砌体工程 ·························································109

4.5.7 门窗工程 ·························································110

4.5.8 装饰工程 ·························································110

4.5.9 水电安装工程 ·····················································111

4.6主要施工技术措施 ·····················································113

4.6.1质量保证措施······················································113

4.6.2安全施工措施······················································120

4.6.3 文明施工措施 ·····················································121

4.6.4 冬雨季施工措施 ···················································122结  论···································································123谢  辞 ·································································124参考文献  ······························································125

2建筑设计

2.1 设计基本资料

2.1.1工程概况

工程名称:      某大学学生公寓

建筑面积:      4973.22m2

建筑总高度:    23.45m(室外地坪算起)

建筑层数:      六层

结构类型:      框架结构

设计使用年限:  50年

地面粗糙度:    B类

抗震等级:      三级

设防烈度:      7度,第一组别,设计地震基本加速度值为0.1g

结构重要性系数:1.0

  全套毕业设计论文现成成品资料请咨询微信号:biyezuopin QQ:2922748026     返回首页 如转载请注明来源于www.biyezuopin.vip  

                 

打印本页 | 关闭窗口
本类最新文章
基于植物空间的风景区植物景观改造 花都公园景观设计 设计说明书(论 景观植物赏析 毕业论文+任务书+
新昌县鼓山公园景观设计 任务书+ 机械侧深施肥对水稻土壤养分含量的 日投4000张黄牛皮轻革(鞋面革
| 关于我们 | 友情链接 | 毕业设计招聘 |

Email:biyeshejiba@163.com 微信号:biyezuopin QQ:2922748026  
本站毕业设计毕业论文资料均属原创者所有,仅供学习交流之用,请勿转载并做其他非法用途.如有侵犯您的版权有损您的利益,请联系我们会立即改正或删除有关内容!