混凝土单层工业厂房设计

本科生毕业论文（设计）原创性声明本人以信誉声明：所呈交的毕业论文（设计）是在导师指导下进行的研究工作及取得的研究成果，论文中引用他人的文献、数据、图件、资料等均已明确标注出，论文中的结论和结果为本人独立完成，不包含他人成果及获得中国地质大学或其他教育机构的学位或证书而使用过的材料。与我一同工作的同志对本研究所做的任何贡献均已在论文中作了明确的说明并表示了谢意。毕业论文作者（签字）：签字日期：年月日摘要房屋建筑工程毕业设计一般包括建筑设计、结构设计和施工组织设计三个部分。本工程为黄山市金泰机械制造厂金工装配车间，该车间为三跨不等高单层工业厂房。按功能要求，该厂房两边跨为机械加工工段，跨度18m，轨顶标高9m，柱距6m，各有15/3t中级工作制吊车两台；中跨为机械装配工段，跨度24m，轨顶标高12m，有30/5t中级工作制吊车两台，车间总长为96m。本工程总建筑面积为5918㎡，防火等级为二级，抗震设防烈度为5度。本工程结构设计采用单层装配式排架结构，结构计算按横向排架承重分析。排架柱内力计算考虑以下四种荷载作用：竖向恒载作用下的内力，竖向屋面活荷载作用下的内力，吊车荷载作用下的内力及风荷载作用下的内力。排架柱内力组合考虑以下四种情况：maxM及相应的N、V，maxM及相应的N、V，maxN及相应的M、V及minN及相应的M、V。对于该单层工业厂房可不进行抗震设计，但须采用构造抗震措施。对于装配式厂房，多数构件需预制，对施工场地平面布置要求严格。本工程将三跨厂房分为三个施工段进行流水施工，对各工种之间的配合要求较高。构件吊装方法中：柱的吊装采用旋转法；屋架吊装采用正向扶直，并用悬吊法吊装。关键词：单层工业厂房荷载计算内力分析计算配筋施工组织ABSTRACTGraduationProjecthousingprojectsgenerallyincludearchitecturaldesign,structuraldesignandconstructionorganizationdesigninthreeparts.Huangshan,theprojectgrouptoworkDajianmetalworkingassemblyshop,theshopisnothighforthethree-spansingle-storeyindustrialbuild-ings.Accordingtofunctionalrequirements,theplantformachiningonbothsidesofcross-section,spanof18m,thetoprailheight9m,columnspacing6m,each15/3ttwomid-levelworkcranesystem;mechanicalassemblyincross-section,spanof24m,thetoprailelevation12m,thereareintermediate30/5ttwoworkingcranes,workshoptotallengthof96m.Thetotalconstructionareaof5918㎡,fireratingof2,fightforthe6degreeofintensitymaximumsecurity.Thedesignofengineeringstructuresfabricatedusingsingle-framestructure,thestructureofthecalculationaccordingtoanalysisofthehorizontalload-bearingframe.Calculationofcolumninternalforcesbenttoconsiderthefollowingfourtypesofloads:theroleoftheverticaldeadloadoftheinternalforce,verticalroofliveloadoftheinternalforce,cranesloadandwindloadoftheinternalforcesoftheinternalforceunder.Combinationofcolumninternalforcesbenttoconsiderthefollowingfourcases:andthecorresponding,,andthecorresponding,,andthecorresponding,andthecorresponding,.Forthesingle-storeyindustrialbuildingsforseismicdesignfromtimetotime,subjecttotheuseofstructuralseismicmeasures.Theassemblyplant,themajorityofcomponentstobeprefabricatedontheconstructionsitedemandinglayout.Theprojectplantwillbethreecross-sectionisdividedintothreewaterworksconstruction,theco-ordinationamongthevarioustypesofjobsrequireahigher.Componentliftingmethods:theuseofrotatingliftingcolumnmethod;holdstraightbeingusedhoistingrooftrusses,andhoistingsuspension.Keywords：Single-storeyindustrialbuildingLoadcalculationInternalforceanalysisCalculationofreinforcedConstructionOrganization目录第一章建筑设计................................................................................................................................1第一节工程概况............................................................................................................................1第二节建筑设计说明.....................................................................................................................1第三节建筑细部具体构造做法....................................................................................................4第二章结构设计................................................................................................................................6第一节计算简图及柱的计算参数................................................................................................6第二节荷载计算............................................................................................................................7第三节内力分析..........................................................................................................................11第四节内力组合..........................................................................................................................41第五节柱的设计..........................................................................................................................46第六节基础设计..........................................................................................................................63第三章施工组织设计......................................................................................................................70第一节编制说明..........................................................................................................................70第二节工程概况及特点..............................................................................................................70第三节施工准备..........................................................................................................................71第四节主要施工方法..................................................................................................................72第五节施工总平面布置..............................................................................................................79第六节施工进度计划..................................................................................................................80结束语..................................................................................................................................................81致谢..............................................