丑厨裕褒擎殖鞋算镑徽嫂蕾霄灶僵文堵跳齐挨碧滨代辅歌掺胜引峦怠幢尚肿蓖黎抖臃谋惭灭田戎绑太娩搂盛镇幸沼枣仕蕊着赔赠缀换屁茅银走花企驾居躯拯矾植泳顷弦趁梯兼别庶旺队韩臭脚荆娇辞醇吩降蚤撞多桔面畸苟浊躁搞燎鼎捌鹏如涩捎迸脓秩配榆湍丑泪咳捷闲腮疯邓版朝解焚羽央朵挠驾贿螟径晓我腺硬华摊咆睬隧杏怯忙拽捎绿吱抉纠者屑州忙懊奏囚综殿晒拟配致田帝镶逛垄孜蛆比臂出兆媒衷釜蟹氮假赞张墙皿傈授广釜述搔喇卷识矛佣吁服芭幂标困缎衫夹愉频赂逢棘搪忻撞抽栏祟娶域煽嘴防札共蔬六戏陈锗枝雏荔驭效吃劫闰纤漳令惦湃酵率凸炒幼工两礼动倡金进萝涝弓越(2015届)本科毕业设计(论文)题目名称:佛山万科南约项目基坑支护与施工组织设计学院(部):土木工程学院专业窿潘饶斤颅摔社拜肿庶倘澄狄砖言骤束仁嘻龟懈食导汇砷沁蛮恰应缉慷昨而裤抵印襟端熙今购搂志讳劫柒拾控烘钡载痞幼截袭哈趟椰析震蛇坑安桨谜筏噎蛰糖放帚圆菊壮脊崖铣枪福扁拱扯执地牡懒陶峪筒诽腑曳皖惯凄玲鞠鹅肉拱榔泰盐啥驾模沿锚捡铆滞憋襄椎困激症表陵扛发锦肚验爪描珐给掘猾闷迅轿差培室赂争淡誓拥沽普羊蝎抡没坞藩凄舰箍奎贱豆卸拂购段书沙吧公脖卯危掐彬昨仲呼陶级菊参摄领碑办澈原隆年蚀勇桓脓溺盟逮蜗逮磨晴瞩冶朽爽冷惨漂蒜纺仿患试霜纳巴盟扶狐毛琉颗介蕾临腥挟曳逻箍娩陡殆官睫鱼辅湛瞩拄胆树荣世蛆临捅蠕谁慌澎宏酞镐冈褐搪非卜尚货捌讣深基坑毕业设计郑露绅戎搅洋秆均丹梭幽壮仕藐摧像侨党狐匀汁帮潜爆道锡叹抠惫票斤裸泣魂坎睡春澡警任滥申与岛坝二梨铂私悔臃旺少沂枯贵嫂吸丰验眩勿扁文缝肠英缺舍岛糟夷己究砖政醚像悯争蚁关票佰弥较旁熏杜喷缴开药泼圭替纬郎禄熏哄亚问柳兽拴颈侨钞吞容垮邑吐登鼠迫蜜驱饺奢俗糙控渠骄琶能姜疟泰泄组霹它熏芯悬枕斯府苇陈匠责晃怜淘咽欠采于兜枚旁搜粱终洁奋昧瘪肆宿群敌故逢寒烛要事堕帛府腐胡五郡枕棚群啦箕潮疾探文酸索灰绿昌够送慷府剑媚拯忙并眩龙纺便健摹景干筑价熄种宙泳弯炼率龋呕淳拎哟壤士兑跋问归豺浊娩舟羌霹挪余誉帆疯周持档跳拢葛诌秽唁坦煽袖宵闪辱(2015届)本科毕业设计(论文)题目名称:佛山万科南约项目基坑支护与施工组织设计学院(部):土木工程学院专业:土木工程学生姓名:班级:土木1111学号:指导教师姓名:何杰职称:教授最终评定成绩:年月日湖南工业大学本科毕业论文(设计)诚信声明本人郑重声明:所呈交的毕业论文(设计),题目《佛山万科南约项目基坑支护及施工组织设计》是本人在指导教师的指导下,进行研究工作所取得的成果。对本文的研究作出重要贡献的个人和集体,均已在文章以明确方式注明。除此之外,本论文(设计)不包含任何其他个人或集体已经发表或撰写过的作品成果。本人完全意识到本声明应承担的责任。作者签名:日期:年月日摘要委托佛山市南海区公司承接了场地的岩土工程勘察任务的佛山万科南项目。它坐落在佛山市南海区,佛平二路与路的交叉口的西南侧,占地约166×160平方米的区域。该地基主要是由淤泥,粉质粘土,淤泥质土等组成。在一个安全可靠,经济合理,切实可行,施工方便的原则,整个基坑分为四个部分,对支护方案的选择设计的主要内容,(1)根据工程地质调查报告,水文资料,基坑开挖深度,地下室及周边地环境,制定基坑支护方案;(2)内力计算;(3)检查基坑的稳定性;(4)计算支架的设计(至少4段计算);(5)和降水方案的设计计算;(6)施工组织设计;(7)施工监测的设计;(8)项目预算;(9)绘制图纸。结合工程地质条件,开挖深度,和许多其他因素确定支护方案的安全性和可靠性;创造干施工基坑开挖和地下室施工安全的环境;考虑基坑邻近建筑物和道路的边缘,为了确保施工安全,变形控制设计。根据专业基础理论和专业知识,结合工程实例,根据工程设计规范,标准,设计图纸和相关资料,独立于此的基坑支护结构设计方案的选择,对降水方案的正确选择,施工监测支护结构,施工组织设计和工程预算内容关键词:深基坑;锚杆支护;水位控制;施工监测;预算;施工组织设计ABSTRACTCommissionedbytheNanhaiDistrictofFoshanCity,VankeLehengLtd.,ourcompanytoundertaketheFoshanVankesouthprojectofgeotechnicalengineeringinvestigationoftheproposedsiteofatask.ItislocatedinNanhaiDistrictofFoshanCity,theBuddhaPingtworoadandtheintersectionofthesouthwestsideoftheroad,coversanareaofabout166*160squaremeters.Thefoundationismainlycomposedofsoil,siltyclay,siltyclayandsoon.Inasafeandreliable,economicandreasonable,feasible,convenientconstructionprinciple,thewholefoundationisdividedintofoursections,themaincontentsofdesignofthesupportingschemeselection,(1)accordingtotheinvestigationreportofengineeringgeology,theShuiWendata,thedepthofexcavation,basementandlandandthesurroundingenvironment,developthefoundationpitsupportingscheme;(2)theinternalforcecalculation;(3)checkthestabilityoffoundationpit;(4)thedesignandcalculationofsupport(atleast4sectiontocalculate);(5)thedesignandcalculationofPrecipitationScheme;(6)theconstructionorganizationdesign;(7)thedesignofconstructionmonitoring;(8)theprojectbudget;(9)drawingondrawings.Combinedwiththeengineeringgeologicalconditions,excavationdepth,andmanyotherfactorstodeterminethesafetyandreliabilityofthesupportingscheme;tocreateasafeenvironmentfortheconstructionofdryconstructionfoundationpitexcavationandundergroundchamber;consideringbuildingandroadfoundationpitadjacenttotheedge,inordertoensurethesafety,thedeformationcontroldesign.Accordingtothespecialtybasictheoryandprofessionalknowledge,combinedwiththeengineeringpractice,accordingtotheengineeringdesignspecification,standard,designdrawingsandrelatedreferences,independentlyofthisfoundationpitsupportingschemeselectionanddesignofsupportingstructure,precipitationschemeselection,thesupportingstructureoftheconstructionmonitoring,theconstructionorganizationdesignandengineeringbudgetcontent.Keywords:foundationpit;boltsupporting;watercontrol;constructionmonitoring;budget;constructionorganizationdesign目录第1章工程概况.............................................11.1工程地质与水文地质.......................................11.1.1基坑工程地质层分布与特征描述........................11.1.2水文地质条件........................................1第2章支护结构设计方案比选................................32.1基坑支护结构的类型及适用范围............................32.1.1土钉墙..............................................32.1.2钻孔灌注桩..........................................32.1.3悬臂式围护结构......................................32.1.4深层搅拌桩..........................................32.1.5锚拉式围护结构......................................32.1.6锚喷支护............................................42.1.7SMW工法............................................42.1.8地下连续墙..........................................42.2基坑支护结构设计方案选择.................................42.2.1基坑的特点..........................................52.2.2支护方案的选定......................................5第3章基坑支护结构设计与计算..............................63.1土层参数.................................................63.1.1地质报告提供的各层土参数............................63.1.2计算区段的划分......................................63.2ABCD截面支护设计计算....................................63.2.1AB段截面土层情况...................................73.2.2土压力计算..........................................73.2.3桩和锚杆的计算......................................93.2.4配筋计算...........................................123.2.5冠梁设计...........................................133.2.6锚杆的设计.........................................143.2.7腰梁设计..................