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'广州市新雅旅馆框架结构设计毕业论文(设计)题目:天河学院第九学生宿舍楼框架结构设计(英文):TheFrameDesignofTheTianHeHighSchoolDormitory系别:建筑工程系专业:土木工程姓名:吕亚洲学号:26指导教师:徐朝阳日期:2013年4月-1-
天河学院第九学生宿舍楼框架结构设计摘要由于框架结构的优点是建筑平面布置灵活,易于满足设置大空间的要求,立面处理也易于满足建筑艺术的要求,与其他结构相比,它是造价较低的一种结构体系。建筑物的外型由单一的矩形发展到了现在的L形、U形、弧形、原型等很多形状。建筑物的体型也由单一体型发展到了单元组合体型和复杂体型。因此,多层工业、民用和公共建筑均采用了框架结构体系。在确定框架平面布置方式之后,首先进行了层间荷载标准值的计算,接着采用分层法计算得出竖向恒荷载和活荷载作用下的结构内力。其次,对各种情况下的内力进行了组合,选取最安全的结果进行框架梁、框架柱截面的配筋计算。然后,对基础的结构进行了设计。最后,利用PKPM和CAD软件绘制了框架结构的施工图。本设计主要分为两大部分:第一部分为建筑设计。建筑设计根据任务书的要求和综合考虑基地环境,使用功能,结构施工,材料设备。整体是框架结构,设计图纸有:宿舍的平面图,立面图,剖面图。第二部分为结构设计。结构设计由柱设计,梁设计,板设计和基础设计等组成。对该建筑进行梁板柱构件的尺寸设计,重力荷载作用下的计算,水平荷载作用下的计算,内力组合和配筋等等。关键词:框架结构;建筑设计;结构设计1.1.1.1.1.
TheFrameStructureDesignofTheTianHeHighSchoolDormitoryABSTRACTBecauseoftheadvantagesofframestructureofthebuildinglayoutisflexible,easytosatisfytherequirementssetlargespace,facadeprocessingalsoeasytomeetdemand,theartofarchitecture,framestructureisalowcoststructurecomparedwithotherstructures.ThefigurationofthebuildingchangesfromthesinglerectangulartoL-shaped,U-shaped,arc,prototypesetc.Thebodilyformchangesfromsinglebuildingtotheunitcombinationshapesizeandcomplexshape.Therefore,theframestructureisadoptedinmulti-layerindustrialandcivilandpublicbuildings.Afterdeterminingtheframelayouts,thestandardvaluesofloadsactingonthestructurearecalculatedfirstly.Thentheinternalforcesofthestructurecausedbyverticalconstantloadandliveloadarecalculatedbystratifiedsamplingmethod.Secondly,theinternalforcesundervariouscircumstancesarecombined.Thesecurityresultsareselectedtocalculatethereinforcementofframebeamsandframecolumn.Then,thestructureoftheshallowfoundationisdesigned.Finally,theshopdrawingoftheframestructureisdrawnbyPKPMandCADsoftware.Thisdesigndividesintotwoparts:Architecturaldesign,structuraldesign.Architecturaldesignincludingconstructionplanandbuildingconstructiondrawingplan,structuraldesignforthisdesignmostmainpart.Thestructuraldesignhasmainlycarriedoninthestructureplanthecrosswiseframesixloadscomputations,theendogenicforceanalysisandthecombination,thecomponentmatchesthemusclecomputationandtheearthquakeresistancedesignandsoon.Keywords:ArchitecturalDesign;StructuralDesign;FrameDesign
目录1.设计基本材料11.1.设计条件12.建筑设计22.1.建筑总平面图22.1.1.建筑平面图、立面图、剖面图及详图见图纸23.结构平面布置及结构计算简图33.1.结构平面布置方案33.1.1.梁柱板的选择34.荷载统计64.1.屋面荷载64.1.1.恒荷载标准值64.1.2.活荷载标准值64.2.楼面荷载64.2.1.恒荷载标准值64.3.四周围护墙体及相应构配件75.竖向荷载作用下内力计算95.1.框架梁上荷载作用情况95.1.1.楼板荷载传递95.1.2.均布荷载计算105.1.3.集中荷载计算115.1.4.恒荷载作用下的内力计算135.1.5.活荷载作用下的内力计算:206.地震荷载作用下框架内力及抗侧移计算246.1.水平地震作用标准值的计算246.1.1.恒荷载246.1.2.活荷载256.1.3.场地和特征周期值257.内力组合347.1.框架梁的内力组合347.2.框架柱的内力组合348.梁柱板的配筋计算358.1.板的配筋计算358.1.1.楼板计算358.2.框架梁正截面配筋计算378.2.1.框架梁的正截面配筋计算388.2.2.框架梁斜截面受剪承载力计算428.3.框架柱配筋438.3.1.6层438.3.2.5层478.3.3.4层50
8.3.4.4层518.3.5.3层538.3.6.2层568.3.7.1层598.4.框架柱斜截面受剪承载力计算628.4.1.6层框架柱斜截面受剪承载力计算628.4.2.5层框架柱斜截面受剪承载力计算638.4.3.4层框架柱斜截面受剪承载力计算658.4.4.3层框架柱斜截面受剪承载力计算668.4.5.2层框架柱斜截面受剪承载力计算678.4.6.1层框架柱斜截面受剪承载力计算689.基础设计709.1.基础说明709.2.基础的配筋计算709.2.1.AB柱下基础的配筋计算709.2.2.CD柱下基础的配筋计算7410.楼梯设计7810.1.基本尺寸确定7810.1.1.楼梯板计算7910.1.2.平台板计算8010.1.3.平台梁计算81参考文献84致谢85附录86
天河学院第九学生宿舍楼框架结构设计1.设计基本材料1.1.设计条件1.抗震设防烈度:7度设防,抗震设计分组为第一组,设计基本地震加速度值为。2.工程地质条件:拟建场地地形平坦,土质分布具体情况见表1.1,该地区抗震设防烈度为七度,设计基本地震加速度为,特殊场地土,设计特征周期:多遇地震时,设计特征周期取,罕遇地震时,设计特征周期取。地下稳定水位距地表,表中给定土层深度由自然地平算起。建筑设计室外地坪为。表1.1建筑底层底层一览表序号岩土名称土层深度()厚度范围()极限摩阻力标准值()软土粉土一般粘性土松散而软的砾石3.结构体系:现浇钢筋混凝土框架结构4.材料选择:基础垫层混凝土:;基础及以上各层混凝土:;梁柱等主要构造纵向受力钢筋:;箍筋:。5.建筑总面积:,各层面积为:,共层。87
天河学院第九学生宿舍楼框架结构设计1.建筑设计1.1.建筑总平面图1.1.1.建筑平面图、立面图、剖面图及详图见图纸1.屋面做法:水泥平瓦屋面,厚水泥砂浆铺贴,厚防水砂浆做找平层,厚水泥蛭石制品做保温层,厚水泥砂浆抹灰,厚现浇混凝土板做结构层,厚混合砂浆内侧抹灰做吊顶。2.楼面做法:防滑耐磨型地板砖,厚水泥砂浆找平,厚现浇混凝土板,厚混合砂浆内侧抹灰做吊顶。87
天河学院第九学生宿舍楼框架结构设计1.结构平面布置及结构计算简图1.1.结构平面布置方案该学生宿舍楼拟建层,各层高,柱网布置如图3.1。图3-1柱网布置1.1.1.梁柱板的选择1.尺寸确定:主梁:,,又当时,;当时,;故取主梁截面为,截面,截面为;截面,截面。柱:底层柱高为。,又故柱取板:根据平面布置,所有板均为双向板。取构造厚度,则,满足要求。87
天河学院第九学生宿舍楼框架结构设计1.尺寸验算:假定楼面各层荷载设计值为底层内柱轴力近似为扩大1.1倍轴压比(房屋高度未超过,丙类建筑,故该框架的抗震等级为三级,其轴压比限值为)2.材料选择:混凝土:;主要构造纵向受力钢筋:;箍筋:。3.框架截面特性:(1)惯性矩计算:梁::::柱:(2)线刚度计算:梁::柱:一般层:底层:(3)相对线刚度:假定一般层柱子的相对线刚度为1,则各杆件的相对线刚度为:梁::底层柱:5.为了方便计算,所以将屋顶梁考虑为与楼面梁水平,屋顶梁的线刚度的线刚度考虑为与楼面梁的线刚度相同。87
天河学院第九学生宿舍楼框架结构设计5.框架结构梁柱尺寸及相对线刚度如图3.2。图3-2框架结构梁柱尺寸及相对线刚度87
天河学院第九学生宿舍楼框架结构设计1.荷载统计1.1.屋面荷载1.1.1.恒荷载标准值防水层1.2厚三元乙丙橡胶材料防水层刚性厚细石混凝土防水找平层厚防水砂浆结构层厚现浇混凝土板抹灰层厚混合砂浆合计1.1.2.活荷载标准值按上人屋面,取(考虑雪荷载,两者取大值)1.2.楼面荷载1.2.1.恒荷载标准值8厚防滑地板厚水泥砂浆找平厚现浇混凝土板厚混合砂浆抹灰合计87
天河学院第九学生宿舍楼框架结构设计1.1.四周围护墙体及相应构配件横梁::梁自重梁侧抹灰厚混合砂浆合计:梁自重梁侧抹灰厚混合砂浆合计:梁自重梁侧抹灰厚混合砂浆合计纵梁::梁自重梁侧抹灰厚混合砂浆合计柱:一般层柱:柱自重柱侧抹灰厚混合砂浆合计底层柱:柱自重柱侧抹灰厚混合砂浆合计外墙:厚烧结普通砖87
天河学院第九学生宿舍楼框架结构设计内侧厚水泥砂浆抹灰外墙装饰:水刷石墙面找平层:厚水泥砂浆合计内墙:厚烧结普通砖两面厚混合砂浆抹灰合计门窗:木门:;大门;窗87
天河学院第九学生宿舍楼框架结构设计1.竖向荷载作用下内力计算1.1.框架梁上荷载作用情况1.1.1.楼板荷载传递因为楼板为整体现浇,房间楼板选用双向板,可沿四角沿45°线区格分为小块,每个板上的荷载传给与之相邻的梁,板传至梁上的三角形或梯形荷载可等效为均布荷载。走廊楼板用双向板。图5-1框架结构计算单元图5-2框架结构计算单元等效荷载87
天河学院第九学生宿舍楼框架结构设计1.1.1.均布荷载计算1.B~C轴间框架梁(梁自重:)屋面:恒荷载活荷载楼面:恒荷载活荷载B~C轴间框架梁均布荷载为:屋面:恒荷载=梁自重+板传荷载活荷载=板传荷载楼面:恒荷载=梁自重+板传荷载+墙体荷载活荷载=板传荷载2.C~D轴间框架梁(梁自重:)屋面:恒荷载楼面:恒荷载活荷载=板传荷载3.D~E轴间框架梁(梁自重:)同B~C轴间框架梁。4.A~B轴间框架梁(梁自重)屋面:恒荷载楼面:恒荷载活荷载87
天河学院第九学生宿舍楼框架结构设计1.1.1.集中荷载计算恒荷载:(1)A柱屋面:板面荷载:纵梁自重:横梁自重:合计:楼面:板面荷载:纵梁自重:横梁自重:外纵墙:合计:(2)B柱屋面:板面荷载:横梁自重:横梁自重:合计:楼面:板面荷载:横梁自重:横梁自重:外纵墙:合计:87
天河学院第九学生宿舍楼框架结构设计(1)C柱屋面:板面荷载:纵梁自重:纵梁自重:合计:楼面:板面荷载:纵梁自重:纵梁自重:内纵墙:合计:(4)底层柱:底层柱自重活荷载:A柱:屋面:楼面:B柱:屋面:楼面:C柱:屋面:楼面:D,E,F柱同C,B,A柱分别相同。87
天河学院第九学生宿舍楼框架结构设计1.1.1.恒荷载作用下的内力计算图5-3恒荷载标准值作用下荷载图(均布荷载单位为,集中力单位为)87
天河学院第九学生宿舍楼框架结构设计1.根据梁柱相对线刚度,算出各节点的弯矩分配系数表5.1结点线刚度柱号底层标准层顶层A柱B柱C柱D柱E柱F柱转动刚度,远端固定S=4表5.2弯矩分配系数=/柱号底层标准层顶层A柱B柱87
天河学院第九学生宿舍楼框架结构设计续表5.2C柱D柱E柱F柱1.恒荷载作用下框架弯矩可按下面公式求得;故;;;;;;;;;;;87
天河学院第九学生宿舍楼框架结构设计;;;;;;;;;;;;。;;;;。;87
天河学院第九学生宿舍楼框架结构设计根据弯矩二次分配法计算杆端弯矩并画出弯矩图,由于对称取其中一半。图5-4恒荷载作用下弯矩二次分配法计算87
天河学院第九学生宿舍楼框架结构设计1.绘弯矩图:图5-5恒荷载作用下弯矩图()2.由弯矩图绘剪力图图5-6恒荷载作用下剪力图()87
天河学院第九学生宿舍楼框架结构设计1.由弯矩图及剪力图绘轴力图,对称结构绘制一半。图5-7恒荷载作用下轴力图()87
天河学院第九学生宿舍楼框架结构设计1.1.1.活荷载作用下的内力计算:图5-8活荷载标准值作用下荷载图(均布荷载单位为,集中力单位为)1.恒荷载作用下框架弯矩可按下面公式;求得;;;;;;;;87
天河学院第九学生宿舍楼框架结构设计;;;根据弯矩二次分配法计算杆端弯矩并画出弯矩图。由于对称取其中一半。图5-9活荷载作用下弯矩二次分配法计算87
天河学院第九学生宿舍楼框架结构设计2.绘弯矩图:图5-10活荷载作用下弯矩图()3.由弯矩图绘剪力图图5-11活荷载作用下剪力图()87
天河学院第九学生宿舍楼框架结构设计4.由弯矩图及剪力图绘轴力图,对称结构轴力标注一半。图5-12活荷载作用下轴力图()87
天河学院第九学生宿舍楼框架结构设计1.地震荷载作用下框架内力及抗侧移计算1.1.水平地震作用标准值的计算1.1.1.恒荷载1.顶层:=++++++21.5236==2.中间层:=++++++21.5236==87
天河学院第九学生宿舍楼框架结构设计1.底层:=++++++31.9586==1.1.1.活荷载顶层:一般层:1.1.2.场地和特征周期值由设计要求,抗震设防烈度为7度,房屋高度未超过30m,由表查得,该框架的抗震等级为三级,由于广州的土质为特殊场地土,可查得多遇地震下,特征周期值为。1.重力荷载代表值列表计算如表6.1。表6.1重力荷载代表值位置6层5层4层3层2层1层1213.4387
天河学院第九学生宿舍楼框架结构设计1.结构自振周期用能量法公式求的数据列表6.2。表6.2自振周期计算位置()()()()6层5层4层3层2层1层公式则可算得,基本地震加速度,查表得水平地震影响系数最大值地震特征周期,结构阻尼比。,,地震影响系数:==0.0822.计算水平地震作用标准值利用底部剪力法公式因为,且故87
天河学院第九学生宿舍楼框架结构设计表6.3水平地震作用标准值计算位置()()()()()6层5层4层3层2层1层公式:1.水平地震作用计算简图图6-1水平地震作用计算简图87
天河学院第九学生宿舍楼框架结构设计1.水平地震作用产生的框架内力(1)各柱剪力值见表6.5运用D值法各柱剪力值表6.4D值计算层层号第六层第五层第四层第三层第二层第一层公式(底层:);(底层:);;B柱CC柱DD柱87
天河学院第九学生宿舍楼框架结构设计续表6.4EE柱AA柱K=0.43K=0.43K=0.43K=0.43K=0.43FF柱K=0.43K=0.43K=0.43K=0.43K=0.43表6.5水平地震作用下的框架剪力值位置6层5层4层3层2层1层A柱剪力值B柱剪力值C柱剪力值D柱剪力值E柱剪力值F柱剪力值87
天河学院第九学生宿舍楼框架结构设计(2)各柱反弯点y见表6.7表6.6反弯点y计算层号B柱C柱D柱E柱第六层,,,,y=0.37,,,,y=0.36,,,,y=0.36,,,,y=0.37第五层,,,,y=0.42,,,,y=0.41,,,,y=0.41,,,,y=0.42第四层,,,,y=0.45,,,,y=0.45,,,,y=0.45,,,,y=0.45第三层,,,,y=0.47,,,,y=0.46,,,,y=0.46,,,,y=0.4787
天河学院第九学生宿舍楼框架结构设计续表6.6第二层,,,,y=0.5,,,,y=0.5,,,,y=0.5,,,,y=0.5第一层,,,,y=0.55,,,,y=0.56,,,,y=0.56,,,,y=0.55表6.7柱反弯点y位置6层5层4层3层2层1层B柱0.370.420.450.470.50.55C柱0.360.410.450.460.50.56D柱0.360.410.450.460.50.56E柱0.370.420.450.470.50.55A柱0.220.320.370.470.50.82F柱0.220.320.370.470.50.8287
天河学院第九学生宿舍楼框架结构设计6.水平地震作用产生的框架内力6-2地震荷载作用下弯矩图()6-3地震荷载作用下剪力图()87
天河学院第九学生宿舍楼框架结构设计6-4地震荷载作用下轴力图()87
天河学院第九学生宿舍楼框架结构设计1.内力组合1.1.框架梁的内力组合1.2恒荷载+1.4活荷载1.2恒荷载+0.9×1.4活荷载1.35恒荷载+0.7×1.4活荷载1.2(恒荷载+0.5活荷载)+1.3地震荷载1.2.框架柱的内力组合见附表1.2恒荷载+1.4活荷载1.2恒荷载+0.9×1.4活荷载1.35恒荷载+0.7×1.4活荷载1.2(恒荷载+0.5活荷载)+1.3地震荷载87
天河学院第九学生宿舍楼框架结构设计1.梁柱板的配筋计算1.1.板的配筋计算1.1.1.楼板计算1.荷载设计值①活荷载:②恒荷载:房间:2.弯矩计算B、C区格均为双向板A、内跨:,为轴线间距离边跨:,为净跨,b为梁宽弯矩计算如表8.1。表8.1楼面板的弯矩计算区格ABC87
天河学院第九学生宿舍楼框架结构设计3.截面设计截面有效高度:选用钢筋作为受力主筋,则(短跨)中截面:,(长跨)方向的跨中截面:支座截面处。截面弯矩设计值,该板四周与梁整体现浇,故弯矩设计值应按如下折减:①C区格中C-D支座及C跨中截面折减系数为0.9②B区格中C-B支座及B跨中截面折减系数为0.8③角区格不折减计算配筋量时,取内力臂系数,。截面配筋计算结果及实际配筋列于表8.2。表8.2楼面板的配筋计算截面配筋实用As跨中A区1013.77×0.9=3.93205.88@200251930.0896×0.9=0.0814.6@200251C区1013.16×0.9=2.844149@200251930.428×0.9=0.38521.9@200251B区1013.72×0.8=2.976155.9@200251931.566×0.8=1.25371@200251支座A-B101-7.817×0.9=-7.035368@140359A-A101-1.344×0.9=-1.2163@200251C-B101-7.761×0.8=-6.21325@150352C-C101-2.39×0.8=-1.92100@200251B-B101-19.78×0.8=-15.82828@140904A支座101-7.817409@125402101-1.34470@20025187
天河学院第九学生宿舍楼框架结构设计续表8.2B支座101-7.761406@125402101-19.781036Φ12@1001131C支座101-3.16165@200251101-2.39125@2002511.1.框架梁正截面配筋计算1.框架梁弯矩设计值框架梁的弯矩设计值见表8.3。表8.3框架梁的弯矩设计值截面位置ABBCCDA跨中B左B右跨中C左C右跨中D6层+5.81-5.7-25.56-105.4589.56-103.3-19.4-5.36-10.3-23.451.34-33.41-142.2657.3-108.0-22.52-3.42-16.365层+8.45-7.5-25.80-171.71124.3-181.3-14.56-9.5-14.56-53.03-10.79-63.02-219.9797.56-259.2-43.9-4.42-43.94层+8.6-5.43-25.4-185.37121.6-182.1-14.46-6.16-13.5-81.39-14.77-80.2-267.7995.53-300.7-53.24-11.35-67.63层+8.6-5.43-25.4-185.37121.6-182.1-14.46-6.16-13.5-110.7-2.31-85.08-279.099.8-320.5-58.47-3.94-58.03续表8.32层+8.6-5.43-25.4-186.32120.6-169.6-16.05-6.16-14.98-125.072.3-135.6-355.493.78-338.4-65.52-3.94-65.0387
天河学院第九学生宿舍楼框架结构设计1层+9.2-10.03-31.68-172.36134.6-168.7-18.3-10.44-17.08-106.16-9.59-138.24-385.571.27-413.4-85.53-6.7-84.97注:使用年限为50年,取,梁受弯时,取1.1.1.框架梁的正截面配筋计算控制截面弯矩由于整体现浇在支座处折减系数为0.85表8.46层框架梁正截面配筋计算控制截面AAB跨中B左B右BC跨中C左C右CD跨中DM()-19.93-5.7-28.4-120.989.56-91.8-19.14-5.36-13.91b(支座)或bf(跨中)20060020030017403002008002002652652655655655652652652650.0990.0090.1410.0880.0110.0670.0950.0070.0690.1040.0090.1530.0920.0110.0690.10.0070.0720.9480.9950.9240.9540.9940.9650.9500.9960.9642547238674853256125368182选配钢筋3B163B163B163B183B163B183B163B163B16实配钢筋As603603603763603763603603603表8.55层框架梁正截面配筋计算控制截面AAB跨中B左B右BC跨中C左C右CD跨中DM()-45.07-10.79-53.57-186.97124.3-220.32-37.3-9.5-37.387
天河学院第九学生宿舍楼框架结构设计b(支座)或bf(跨中)20060020030017403002008002002652652655655655652652652650.2240.1790.2660.1370.0160.1610.1860.0120.1860.2570.1990.3160.1480.0160.1760.2080.0120.2080.8710.9010.8420.9260.9920.9120.8960.9940.89665115180011917391425524120524选配钢筋3B203B183B204B223B204B223B203B183B20实配钢筋As94276394215219421521942763942表8.64层框架梁正截面配筋计算控制截面AAB跨中B左B右BC跨中C左C右CD跨中DM()-69.18-12.5-68.17-227.62103.36-255.6-45.25-9.6-57.46b(支座)或bf(跨中)20060020030017403002008002002652652655655655652652652650.3440.0210.3400.1660.0130.1870.2250.0120.2860.4410.0210.4340.1830.0130.2090.2580.0120.3460.7790.9890.7830.9090.9930.8960.8710.9940.8271117159109514776141682653121874选配钢筋3B223B183B224B253B184B253B203B183B20实配钢筋As1140763114019637631963942763942表8.73层框架梁正截面配筋计算控制截面AAB跨中B左B右BC跨中C左C右CD跨中DM()-94.09-5.43-72.32-237.15121.6-272.4-49.70-6.16-49.3387
天河学院第九学生宿舍楼框架结构设计b(支座)或bf(跨中)20060020030017403002008002002402652655655655652652652650.4680.0080.3600.1730.0130.1990.2470.0070.2460.7470.0080.4710.1910.0130.2240.2890.0070.2870.6260.9960.7650.9040.9930.8880.8560.9960.85618905811891547614180973066725选配钢筋3B20+3B203B183B203B20+2B183B203B20+3B203B203B183B20实配钢筋As188576394214519421885942763942表8.82层框架梁正截面配筋计算控制截面AAB跨中B左B右BC跨中C左C右CD跨中DM()-106.3-5.43-115.26-302.26120.6-287.6-55.69-6.16-55.28b(支座)或bf(跨中)20060020030017403002008002003653653655655655652652652650.2790.0050.3030.2210.0150.2100.2770.0080.2750.3350.0050.3720.2530.0150.2380.3320.0080.3290.8320.9970.8140.8730.9920.8810.8340.9960.83511665012932042717192184081832选配钢筋4B223B184B224B253B204B253B203B183B20实配钢筋As1521763152119649421964942763942表8.91层框架梁正截面配筋计算控制截面AAB跨中B左B右BC跨中C左C右CD跨中D87
天河学院第九学生宿舍楼框架结构设计M()-90.24-10.03-117.5-327.7134.6-351.4-72.7-10.44-72.2b(支座)或bf(跨中)20060020030017403002008002003653653655403655402652652650.2370.0090.3080.2610.0170.2570.3620.0520.3600.2750.0090.3800.3080.0170.3020.4740.0530.4710.8630.9950.8100.8460.9910.8490.7620.9730.6209544613242391838255412001341464选配钢筋3B223B204B223B22+4B223B203B224B223B223B203B22实配钢筋As114094115212661941266115219411521注:框架梁跨中按T型截面计算。其中为板厚,为(=5400或2400或6600),或=5400或2400或6600,考虑翼缘高度为b+,三者取小值。AB跨:BC跨:CD跨:属一类T型截面87
天河学院第九学生宿舍楼框架结构设计1.1.1.框架梁斜截面受剪承载力计算1.剪力设计值表8.10框架梁剪力设计值截面位置AB左B右C左C右D6层11.94-23.11115.871207.39-14.0131.52-39.7960.70-87.6412.24-16.045层18.9-4.53176.77-179.1313.39-13.3969.82-60.43149.97-151.0535.05-35.054层18.85-4.53171.17-178.277.39-7.3995.44-86.07163.74-167.6246.54-46.543层18.85-4.53171.17-186.817.39-7.39108.12-98.74168.61-172.4944.51-44.512层18.85-4.53171.17-186.817.39-7.39150.04-140.67177.68-181.5649.68-49.681层18.85-4.53171.17-186.817.39-7.39139.61-130.24200.01-203.8965.23-65.23注:2.截面验算(1)AB跨1~2层:因为,由,均取18.85kN,3~6层:因为,由,均取108.12kN,取双肢箍(),s=203.987
天河学院第九学生宿舍楼框架结构设计AB跨取双肢箍,加密区取s=100mm(1)BC跨1~2层:因为,由,均取186.81kN,取双肢箍(),s=19383~6层:因为,由,均取167.62kN,,取双肢箍(),s=504.8BC跨配筋,取双肢箍,加密区取s=100mm(2)CD跨1~6层:因为,由,均取65.23kN,,取双肢箍(),s=467CD跨取双肢箍,加密区取s=100mm1.1.框架柱配筋1.1.1.6层1.A柱(),选用HRB335级钢筋(,),C30混凝土对称配筋,则有下列数据。87
天河学院第九学生宿舍楼框架结构设计(1)按非抗震设计的内力组合均属大偏心受压(M,N):-3.75,51.21;-5.74,53.49;-3.61,45.57;-5.28,47.85;-4.02,49.62;-5.81,52.19;7.55,73.42;31.27,75.70;-14.52,7.53;-41.01,9.81;大偏心受压中应取轴力较小,弯矩较大的值,故比较后区取-4.02,49.62(2)按抗震设计的内力组合均属大偏心受压(M,N):-14.52,7.53;-41.01,9.81;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.75调整后:-11.979,5.64;-30.75,7.36(3)配筋计算经比较,A柱控制配筋的内力组合是:①-4.02,49.62;②31.27,75.70;6层A柱配筋计算见表8.11。表8.116层A柱配筋计算内力组合①②81413101433偏心距增大系数1.151.0487
天河学院第九学生宿舍楼框架结构设计(<0.55)0.0150.023e326.15660.32As=As’500500选配钢筋2B18+2B222B18+2B22实配钢筋()126912692.B柱(),选用HRB335级钢筋(,),C30混凝土对称配筋,则有(1)按非抗震设计的内力组合均属大偏心受压(M,N):72.56,268.01;77.58,337.28;68.53,246.21;71.58,315.49;75.92,270.63;78.78,348.56;大偏心受压中应取轴力较小,弯矩较大的值,故比较后区取75.92,270.63;(2)按抗震设计的内力组合均属大偏心受压(M,N):110.12,243.31;143.19,312.59;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.75调整后:90.85,182.5;107.4,234.4(3)配筋计算经比较,B柱控制配筋的内力组合是:①75.92,270.63;②90.85,182.5;6层B柱配筋计算见表8.12。87
天河学院第九学生宿舍楼框架结构设计表8.126层B柱配筋计算内力组合①②280498300518偏心距增大系数1.051.03(<0.55)0.080.06e525743.54As=As’500500选配钢筋2B18+2B222B18+2B22实配钢筋(mm2)126912693.C柱(),选用HRB335级钢筋(,),C30混凝土对称配筋,则有(1)按非抗震设计的内力组合均属大偏心受压(M,N):-75.66,271.31;-82.51,366.53;-71.5,255.94;-76.21,351.16;-79.2,283.44;-83.9,390.57;大偏心受压中应取轴力较小,弯矩较大的值,故比较后区取-79.2,283.44(2)按抗震设计的内力组合均属大偏心受压(M,N):-107.87,237.48;141.21,332.7;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.75调整后:-89,178.1;105.9,249.5;87
天河学院第九学生宿舍楼框架结构设计经比较,C柱控制配筋的内力组合是:①-79.2,283.44;②-89,178.1;6层C柱配筋计算见表8.13。表8.136层C柱配筋计算内力组合①②279500299520偏心距增大系数1.051.03(<0.55)0.0860.054e523.95745.6As=As’500500选配钢筋2B18+2B222B18+2B22实配钢筋(mm2)126912691.1.1.5层1.A柱(),选用HRB335级钢筋(,),C30混凝土对称配筋。(1)按非抗震设计的内力组合均属大偏心受压(M,N):-4.57,163.34;-4.17,172.46;-4.25,155.93;-4.01,165.05;-4.08,173.25;-4.46,183.51;大偏心受压中应取轴力较小,弯矩较大的值,故比较后区取-4.57,163.34(2)按抗震设计的内力组合均属大偏心受压(M,N):,;87
天河学院第九学生宿舍楼框架结构设计(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,调整后:,;经比较,A柱控制配筋的内力组合是:①,;②,;5层A柱配筋计算见表8.14。表8.145层A柱配筋计算内力组合①②288048100偏心距增大系数1.321.15(<0.55)0.050.08e273.36325As=As’500500选配钢筋2B18+2B222B18+2B22实配钢筋(mm2)126912692.B柱(),选用HRB335级钢筋(,),C30混凝土对称配筋。(1)按非抗震设计的内力组合均属大偏心受压(M,N):74.87,757.67;76.64,783.57;71.01,727.17;72.61,753.09;78.77,809.18;80.51,838.33;大偏心受压中应取轴力较小,弯矩较大的值,故比较后区取78.77,809.18(2)按抗震设计的内力组合87
天河学院第九学生宿舍楼框架结构设计均属大偏心受压(M,N):167.71,746..89;-32.65,652.3;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.8调整后138.36,560.2;-24.5,489.2;(1)配筋计算经比较,B柱控制配筋的内力组合是:①78.77,809.18;②138.36,560.2;5层B柱配筋计算见表8.15。表8.155层B柱配筋计算内力组合①②97247117267偏心距增大系数1.131.06(<0.55)0.020.04e342.21493.02As=As’500500选配钢筋2B18+2B222B18+2B22实配钢筋(mm2)126912693.C柱(),选用HRB335级钢筋(,),C30混凝土对称配筋。(1)按非抗震设计的内力组合均属大偏心受压(M,N):-78.55,834.62;-79.95,859.51;-74.4,809.55;-75.887
天河学院第九学生宿舍楼框架结构设计,-834.44;-82.5,903.43;-84.07,931.43;大偏心受压中应取轴力较小,弯矩较大的值,故比较后区取-74.4,809.55(1)按抗震设计的内力组合均属大偏心受压(M,N):-267.5,769.86;-208.86,794.95;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.8调整后:-220.69,577.34(2)配筋计算经比较,C柱控制配筋的内力组合是:①-74.4,809.55;②-220.69,577.34;5层C柱配筋计算见表8.16。表8.165层C柱配筋计算内力组合①②92382112402偏心距增大系数1.141.04(<0.55)0.020.07e337.68628As=As’500500选配钢筋2B18+2B222B18+2B22实配钢筋(mm2)126912691.1.1.4层1.A柱(),选用HRB335级钢筋(,),C30混凝土对称配筋。87
天河学院第九学生宿舍楼框架结构设计(1)按非抗震设计的内力组合均属大偏心受压(M,N):-4.02,287.28;-4.02,292.8;-3.86,276.6;-3.86,282.12;-4.30,308.05;-4.,314.26;大偏心受压中应取轴力较小,弯矩较大的值,故比较后区取-3.86,276.6;(2)按抗震设计的内力组合均属大偏心受压(M,N):47.24,489.23;83.12,494.75;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.8调整后:73.16,395.8;(3)配筋计算经比较,A柱控制配筋的内力组合是:①-3.86,276.6;②73.16,395.8;4层A柱配筋计算见表8.17。表8.174层A柱配筋计算内力组合①②1418534205偏心距增大系数1.451.08(<0.55)0.080.12e259.3431.4As=As’500500选配钢筋4B224B22实配钢筋(mm2)1520152087
天河学院第九学生宿舍楼框架结构设计1.1.1.4层1.B柱(),选用HRB335级钢筋(,),C30混凝土对称配筋。(1)按非抗震设计的内力组合均属大偏心受压(M,N):75.47,1130.43;75.47,1215.05;71.44,1095.7;71.44,1180.32;79.19,1222.53;79.19,1317.13;大偏心受压中应取轴力较小,弯矩较大的值,故比较后区取79.19,1222.53(2)按抗震设计的内力组合均属大偏心受压(M,N):-88.21,970.18;-115.77,1054.8;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.8调整后:-101.87,843.84(3)配筋计算经比较,B柱控制配筋的内力组合是:①79.19,1222.53;②-101.87,843.84;4层B柱配筋计算见表8.18。表8.184层B柱配筋计算内力组合①②6512185141偏心距增大系数1.181.1187
天河学院第九学生宿舍楼框架结构设计(<0.55)0.370.26e310.3365.1As=As’500500选配钢筋4B224B22实配钢筋(mm2)152015202.C柱(),选用HRB335级钢筋(,),C30混凝土对称配筋。(1)按非抗震设计的内力组合均属大偏心受压(M,N):-78.55,1336.32;-78.55,1797.04;-74.40,1298.65;-74.40,1759.36;-82.49,1449.99;-82.49,1968.26;大偏心受压中应取轴力较小,弯矩较大的值,故比较后区取-74.40,1298.65(2)按抗震设计的内力组合均属大偏心受压(M,N):-237.93,1241.16;-207.51,1701.88;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.8调整后:-209.38,992.93;(3)配筋计算经比较,C柱控制配筋的内力组合是:①-74.40,1298.65;②-209.38,992.93;4层C柱配筋计算见表8.19。表8.194层C柱配筋计算内力组合①②87
天河学院第九学生宿舍楼框架结构设计5721177231偏心距增大系数1.201.07(<0.55)0.390.30e302.4457.17As=As’500500选配钢筋4B224B22实配钢筋(mm2)152015201.1.1.3层1.A柱(),选用HRB335级钢筋(,),混凝土对称配筋。(1)按非抗震设计的内力组合均属大偏心受压(M,N):-4.06,406.22;-4.02,411.74;-3.90,392.68;-3.86,398.2;-4.34,437.82;-4.30,444.03;大偏心受压中应取轴力较小,弯矩较大的值,故比较后区取-4.06,406.22;(2)按抗震设计的内力组合均属大偏心受压(M,N):75.37,731.44;85.5,736.96;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)87
天河学院第九学生宿舍楼框架结构设计按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.8调整后:75.24,589.6;(1)配筋计算经比较,A柱控制配筋的内力组合是:①-4.06,406.22;②75.24,589.6;3层A柱配筋计算见表8.20。表8.203层A柱配筋计算内力组合①②1012830148偏心距增大系数1.511.10(<0.55)0.120.18e255.3372.8As=As’500500选配钢筋4B224B22实配钢筋(mm2)152015202.B柱(),选用HRB335级钢筋(,),C30混凝土对称配筋。(1)按非抗震设计的内力组合均属大偏心受压(M,N):74.56,1648.56;75.47,1674.35;70.57,1601.23;71.44,1627.06;78.23,1787.58;79.19,1816.63;大偏心受压中应取轴力较小,弯矩较大的值,故比较后区取78.23,1787.58(2)按抗震设计的内力组合均属大偏心受压(M,N):258.59,1711;283.85,1736.83;87
天河学院第九学生宿舍楼框架结构设计(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.8调整后:249.79,1389.46;(1)配筋计算经比较,B柱控制配筋的内力组合是:①78.23,1787.58;②249.79,1389.46;3层B柱配筋计算见表8.21。表8.213层B柱配筋计算内力组合①②4418064200偏心距增大系数1.241.08(<0.55)0.540.42e289.36426As=As’500500选配钢筋4B224B22实配钢筋(mm2)152015203.C柱(),选用HRB335级钢筋(,),C30混凝土对称配筋。(1)按非抗震设计的内力组合均属大偏心受压(M,N):-77.37,1689.6;-78.55,1715.42;-73.28,1684.14;-74.4,1709.96;-81.25,1893.06;82.49,1922.11;87
天河学院第九学生宿舍楼框架结构设计大偏心受压中应取轴力较小,弯矩较大的值,故比较后区取-77.37,1689.6(1)按抗震设计的内力组合均属大偏心受压(M,N):-240.53,1645.4;-271.36,1671.22;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.8调整后:238.8,1336.98;(2)配筋计算经比较,C柱控制配筋的内力组合是:①-77.37,1689.6;②238.8,1336.98;3层C柱配筋计算见表8.22。表8.223层C柱配筋计算内力组合①②4617966199偏心距增大系数1.231.08(<0.55)0.510.41e291.18455.44As=As’500500选配钢筋4B224B22实配钢筋(mm2)152015201.1.1.2层1.A柱(),选用HRB335级钢筋(,),C30混凝土对称配筋。87
天河学院第九学生宿舍楼框架结构设计(1)按非抗震设计的内力组合均属大偏心受压(M,N):-4.9,527.96;-3.99,533.48;-4.74,510.73;-3.83,516.25;-5.28,569.55;-4.26,575.76;大偏心受压中应取轴力较小,弯矩较大的值,故比较后区取-5.28,569.55;(2)按抗震设计的内力组合均属大偏心受压(M,N):90.45,1030.75;91.34,1036.27;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.8调整后:79.6,830.2;(3)配筋计算经比较,A柱控制配筋的内力组合是:①-5.28,569.55;②79.6,830.2;2层A柱配筋计算见表8.23。表8.232层A柱配筋计算内力组合①②109630116偏心距增大系数1.511.13(<0.55)0.170.25e255.3341.08As=As’500500选配钢筋4B224B2287
天河学院第九学生宿舍楼框架结构设计实配钢筋(mm2)152015202.B柱(),选用HRB335级钢筋(,),C30混凝土对称配筋。(1)按非抗震设计的内力组合属小偏心受压(M,N):90.72,2107.89;77.73,2132.52;85.88,2047.96;73.58,2132.52;95.2,2286.47;81.57,2414.19;小偏心受压中应取轴力较大,弯矩较大的值,故比较后区取95.2,2286.47;(2)按抗震设计的内力组合均属小偏心受压(M,N):272.59,2248.64;299.92,2273.27;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.8调整后:263.9,1818.6;(3)配筋计算经比较,B柱控制配筋的内力组合是:①95.2,2286.47(小);②263.9,1818.6(小);2层B柱配筋计算见表8.24。表8.242层B柱配筋计算内力组合①②4114561165偏心距增大系数1.251.090.690.5587
天河学院第九学生宿舍楼框架结构设计e286.25389.85As=As’500500选配钢筋4B224B22实配钢筋(mm2)152015203.C柱(),选用HRB335级钢筋(,),C30混凝土对称配筋。(1)按非抗震设计的内力组合属小偏心受压(M,N):-96.29,2350.86;-81.17,2376.68;-91.2,2285.21;-76.88,2311.04;-101.12,2551.72;-85.24,2580.77;小偏心受压中应取轴力较大,弯矩较大的值,故比较后区取-101.12,2551.72;(2)按抗震设计的内力组合均属大偏心受压(M,N):-295.9,2171.22;-282.3,2197.04;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.8调整后:-260.4,1736.9;(3)配筋计算经比较,C柱控制配筋的内力组合是:①-101.12,2551.72(小);②-260.4,1736.9(大);2层C柱配筋计算见表8.25。87
天河学院第九学生宿舍楼框架结构设计表8.252层C柱配筋计算内力组合①②4015060170偏心距增大系数1.261.090.780.53e285.6395.3As=As’500500选配钢筋4B224B22实配钢筋(mm2)152015201.1.1.1层1.A柱(),选用HRB335级钢筋(,),C30混凝土对称配筋。(1)按非抗震设计的内力组合属大偏心受压(M,N):-1.84,648.3;-3.68,-686.68;-1.76,627.81;-3.51,666.18;-1.95,700.31;-3.9,743.48;大偏心受压中应取轴力较小,弯矩较大的值,故比较后区取-3.51,666.18(2)按抗震设计的内力组合均属大偏心受压(M,N):248.96,1315.16;51.24,1353.54;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)87
天河学院第九学生宿舍楼框架结构设计按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.8调整后:219.08,1052.1;(1)配筋计算经比较,A柱控制配筋的内力组合是:①-3.51,666.18(大);②219.08,1052.1(大);1层A柱配筋计算见表8.26。表8.261层A柱配筋计算内力组合①②520825228偏心距增大系数1.621.070.200.32e250.5432.56As=As’500500选配钢筋4B224B22实配钢筋(mm2)152015202.B柱(),选用HRB335级钢筋(,),C30混凝土对称配筋。(1)按非抗震设计的内力组合属小偏心受压(M,N):21.67,2567.22;43.35,2604.97;20.52,2494.69;41.04,2532.44;22.74,2785.37;45.49,2827.85;小偏心受压中应取轴力较大,弯矩较大的值,故比较后区取45.49,2827.85;(2)按抗震设计的内力组合87
天河学院第九学生宿舍楼框架结构设计均属小偏心受压(M,N):426.37,2742.6;372.14,2780.36;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.8调整后:375.2,2194.08;(1)配筋计算经比较,B柱控制配筋的内力组合是:①45.49,2827.85(小);②375.2,2194.08(小);1层B柱配筋计算见表8.27。表8.271层B柱配筋计算内力组合①②1617136191偏心距增大系数1.431.080.860.66e261.48416.28As=As’500500选配钢筋4B224B22实配钢筋(mm2)152015203.C柱(),选用HRB335级钢筋(,),C30混凝土对称配筋。(1)按非抗震设计的内力组合属小偏心受压(M,N):-21.97,2858.14;-43.93,2896.46;-20.81,2778.50;-41.61,2816.83;87
天河学院第九学生宿舍楼框架结构设计-23.08,3102.59;-46.14,3145.71;小偏心受压中应取轴力较大,弯矩较大的值,故比较后区取-46.14,3145.71;(1)按抗震设计的内力组合均属小偏心受压(M,N):-397.84,2622.02;-335.91,2660.35;(轴压比小于0.15的偏心受压柱,其承载力抗震调整系数为0.75)按三级要求,取地震组合设计值,柱端弯矩乘以系数1.1,=0.8调整后:-350.1,2097.6;(2)配筋计算经比较,C柱控制配筋的内力组合是:①-46.14,3145.71(小);②-350.1,2097.6(大);1层C柱配筋计算见表8.28。表8.281层C柱配筋计算内力组合①②1516735187偏心距增大系数1.991.190.960.64e279.65408.73As=As’500500选配钢筋4B224B22实配钢筋(mm2)15201520注:小偏压的混凝土受压区高度与有效高度比87
天河学院第九学生宿舍楼框架结构设计钢筋面积为大偏压的混凝土受压区高度与有效高度比钢筋面积为当,当,最小配筋面积为由于采用最小配筋率配筋可能造成少筋危险,故4~6层柱钢筋截面放大20%,1~3层柱承受的力远大于4~5层,故钢筋面积在一定范围内再做加大。1.1.框架柱斜截面受剪承载力计算1.1.1.6层框架柱斜截面受剪承载力计算1.剪力设计值非抗震=2.99kN,=167.34kN,=49.77kN,抗震,(地震控制),(地震控制),(地震控制)2.受剪截面尺寸限制A柱:,取,87
天河学院第九学生宿舍楼框架结构设计B柱:,取,C柱:,取,满足截面。1.箍筋计算A柱:B柱:C柱:所以6层柱的箍筋为双肢箍,加密区及钢筋搭接处双肢箍。1.1.1.5层框架柱斜截面受剪承载力计算1.剪力设计值非抗震=2.77kN,=43.47kN,=49.35kN抗震,(地震控制),87
天河学院第九学生宿舍楼框架结构设计(非地震控制),(地震控制)1.受剪截面尺寸限制A柱:,取,B柱:,取,C柱:,取,2.箍筋计算A柱:B柱:C柱:所以5层柱的箍筋为双肢箍,加密区及钢筋搭接处双肢箍。1.1.1.4层框架柱斜截面受剪承载力计算1.剪力设计值87
天河学院第九学生宿舍楼框架结构设计非抗震=2.6kN,=43kN,=49.94kN,抗震,(地震控制),(地震控制),(地震控制)1.受剪截面尺寸限制A柱:,取,B柱:,取,C柱:,取,满足截面。2.箍筋计算A柱:B柱:C柱:87
天河学院第九学生宿舍楼框架结构设计所以4层柱的箍筋为双肢箍,加密区及钢筋搭接处双肢箍。1.1.1.3层框架柱斜截面受剪承载力计算1.剪力设计值非抗震=2.60kN,=45.69kN,=50.32kN,抗震,,,2.受剪截面尺寸限制A柱:,取,B柱:,取,C柱:,取,满足截面。3.箍筋计算A柱:B柱:87
天河学院第九学生宿舍楼框架结构设计C柱:所以3层柱的箍筋为双肢箍,加密区及钢筋搭接处双肢箍。1.1.1.2层框架柱斜截面受剪承载力计算1.剪力设计值非抗震=2.6kN,=41.87kN,=47.25kN,抗震,,,2.受剪截面尺寸限制A柱:,B柱:,取,C柱:,取,满足截面。3.箍筋计算87
天河学院第九学生宿舍楼框架结构设计A柱:B柱:C柱:所以2层柱的箍筋为双肢箍,加密区及钢筋搭接处双肢箍。1.1.1.1层框架柱斜截面受剪承载力计算1.剪力设计值非抗震=1.18kN,=28.52kN,=27.3kN,抗震,,,2.受剪截面尺寸限制A柱:,取,B柱:,取,C柱:,取,满足截面。87
天河学院第九学生宿舍楼框架结构设计1.箍筋计算A柱:B柱:C柱:所以1层柱的箍筋为双肢箍,加密区及钢筋搭接处双肢箍。1.基础设计1.1.基础说明按照《地基基础设计规范》和《建筑抗震设计规范》的相关规定,上部结构传给地基基础顶面的荷载只需按荷载效应的组合来分析。根据工程地质报告提供的资料,场地为Ⅱ87
天河学院第九学生宿舍楼框架结构设计类,在主要受力层范围内不存在软弱粘土层,上部框架结构未超过8层,高度在以下,故该房屋基础不进行抗震承载力验算。混凝土设计强度等级用,基础底板设计采用和钢筋,室内外高差为,基础埋置深度以室外地平面算起,所以埋深为,上断面为,基础部分柱断面保护层加大,两边各增加,故底下部分柱尺寸为,地基承载力标准值按地质剖面土参数,取。1.1.基础的配筋计算1.1.1.AB柱下基础的配筋计算1.采用C30混凝土,,,HRB335级(Ⅱ级)钢筋,。2.初步估算基底尺寸由于基底尺寸未知,持力层土的承载力特征值先仅考虑深度修正,由于持力层为密质粘土,故取,(加权土容重,其中杂填土容重取,粉质粘土取)A、B柱分别设为独立基础场地不够,所以将两柱做成双柱联合基础。因为两柱荷载不对称,所以取较大荷载计算,基础埋深1.7m,设,,3.软卧验算:87
天河学院第九学生宿舍楼框架结构设计,,所以(对于淤泥质土,基础宽度承载修正系数)满足要求。1.抗震验算:2.地基变形验算:按《建筑地基基础设计规范》规定,本工程地基基础设计等级为丙级,但因地基土层坡面(见土层分布图),即,需验算地基变形。对框架,地基变形特征值为沉降差,其允许值(地基中有高压缩性土)。AB柱基础:3.A-B柱中心点沉降差:,,,设计算深度,。表9.1A-B柱沉降计算4.202.80.16802822.42828.4750037.697.404.930.11803492.8670.4250026.868.005.30.11203584.091.225003.6587
天河学院第九学生宿舍楼框架结构设计8.605.730.10623653.2869.2886000.81设,所以取,所以1.基地净反力2.冲切验算(见图9-1)要求,,,所以满足要求。3.纵向内力计算弯矩和剪力计算结果见图9-1。87
天河学院第九学生宿舍楼框架结构设计图9-1冲切验算计算简图图9-1弯矩和剪力的计算结果1.抗剪验算柱边剪力:,满足要求。2.纵向配筋计算板底层配筋:选B14/16@80板顶配筋:按构造配筋A10@2003.横向配筋柱下等效梁宽:柱边弯矩:选8B22。87
天河学院第九学生宿舍楼框架结构设计1.1.1.CD柱下基础的配筋计算1.采用C30混凝土,,,HRB335级(Ⅱ级)钢筋,。2.初步估算基底尺寸由于基底尺寸未知,持力层土的承载力特征值先仅考虑深度修正,由于持力层为密质粘土,故取,(加权土容重,其中杂填土容重取,粉质粘土取)A、B柱分别设为独立基础场地不够,所以将两柱做成双柱联合基础。因为两柱荷载不对称,所以取较大荷载计算,基础埋深1.7m,设,,3.抗震验算:4.地基变形验算:按《建筑地基基础设计规范》规定,本工程地基基础设计等级为丙级,但因地基土层坡面(见土层分布图),即,需验算地基变形。对框架,地基变形特征值为沉降差,其允许值(地基中有高压缩性土)。CD柱基础:5.C-D柱中心点沉降差:,,,设计算深度,。87
天河学院第九学生宿舍楼框架结构设计表9.2C-D柱沉降计算4.202.80.16992854.322854.32750038.117.404.930.12103581.6727.28250029.138.005.30.11443660.879.225003.178.605.730.10853732.471.686000.83设,所以取,所以基础沉降差:(此处CD柱为联合基础,应取2柱的中点作为计算参考点)所以沉降满足要求。基础高度1.基地净反力2.冲切验算(见图9-2)要求,,,87
天河学院第九学生宿舍楼框架结构设计所以满足要求。1.纵向内力计算,弯矩和剪力计算结果见图9-2。图9-2冲切验算计算简图图9-2弯矩和剪力的计算结果2.抗剪验算柱边剪力:,满足要求。3.纵向配筋计算板底层配筋:选B14/16@85板顶配筋:按构造配筋A10@2004.横向配筋柱下等效梁宽:柱边弯矩:87
天河学院第九学生宿舍楼框架结构设计选8B22。87
天河学院第九学生宿舍楼框架结构设计1.楼梯设计1.1.基本尺寸确定层高,梯间3,采用平行双跑楼梯,墙厚为,踢步高,井宽。图10-1楼梯间尺寸1.确定踏步数:N=H/h=3300/150=22步2.每个梯段为11个踏步,取,踏步尺寸3.梯段长L:4.梯段长B:5.平台宽D:D,取D=1800mm6.验算进深l:7.验算净高度H:87
天河学院第九学生宿舍楼框架结构设计1.按现浇板楼梯设计采用C30混凝土,,平台梁尺寸,取,取,所以1.1.1.楼梯板计算确定板厚:,取t=120mm荷载计算,取1m板宽计算Cos=0.894小瓷砖地面(包括水泥粗砂打底)踏步重斜板重斜板地面抹灰(厚)合计:设计值活荷载标准值:2.0,活荷载设计值:合计:楼梯板计算简图见图11-2。87
天河学院第九学生宿舍楼框架结构设计图10-2楼梯间板计算简图1.内力计算计算跨度:跨中弯矩:2.配筋计算受力筋选用(实配561),分布筋选用(按构造选配)。1.1.1.平台板计算1.取1m板宽计算恒荷载标准值小瓷砖地面(包括水泥粗砂打底)平台自重(厚)斜板地面抹灰(厚)87
天河学院第九学生宿舍楼框架结构设计活荷载标准值2.0合计:楼梯间平台板计算简图见图11-3图10-3平台板计算简图1.内力计算计算跨度:跨中弯矩:2.配筋计算受力筋选用(实配393),分布筋选用(按构造选配)1.1.1.平台梁计算1.荷载计算楼板传来平台板传来梁自重87
天河学院第九学生宿舍楼框架结构设计斜板地面抹灰(20mm厚)活荷载标准值合计:楼梯间平台板计算简图见图11-4图10-4平台板计算简图1.内力计算计算跨度:跨中弯矩:剪力:3.配筋计算受力筋选用(实配)。87
天河学院第九学生宿舍楼框架结构设计4.箍筋计算配双肢箍8,,箍筋选用(按构造选配)。87
天河学院第九学生宿舍楼框架结构设计参考文献[1]王振东.混凝土及砌体结构(上、中册)[M].中国建筑工业出版社出版.[2]周俐俐.多层钢筋混凝土框架结构设计实例详解手算与PKPM应用[M].中国水利水电出版社.[3]王焕定.祁皑.结构力学[M].清华大学出版社.[4]于立君.孙宝庆.建筑工程施工组织[M].高等教育出版社.[5]蓝宗建,朱万福.混凝土结构与砌体结构设计.东南大学出版社,2007年1月第二版.[6]陈仁朝.钢筋混凝土框架结构设计问题初探[J].建筑技术与应用,2/2004.41-42.[7]叶劲彤,叶靖.关于钢筋混凝土框架结构设计的几个问题探讨:建筑结构2002,32(10).[8]徐建平,严建烽.多层及高层钢筋混凝土房屋抗震设计.中国高新技术企业,2009(20):140-141.[9]李碧雄.建筑结构设计[M].北京:中国电力出版社,2008年2月第二版.[10]苑辉等.建筑抗震设计与计算实例.人民交通出版社,2008.[11]砌体结构设计规范(GBJ3—88).[12]建筑地基处理技术规范(GBJ79—91).[13]建筑地基基础设计规范(GB50007—2002).[14] Shuji Sakurai. Bruce R. Elling. Shigeru Kushiyama. Probabilistic study of the behavior of steel frames with partially restrained connections [J]. Engineering Structures. 2001, 23 (11):1410~1417.[15] Claudio Javier Zega, Angel Antonio Di Maio. Recycled concrete made with different natural coarse aggregates exposed to high temperature [J]. Construction and Building Materials, 2009, 23: 2047~2052.87
天河学院第九学生宿舍楼框架结构设计致谢首先我要感谢我的导师徐朝阳老师,她严谨细致、一丝不苟的工作作风,对我的学习和设计影响很深。所以说如果本设计没有我的指导老师的亲切关怀和悉心的指导下是无法完成的。在这次设计中老师给我的帮助是无法言表的,其次就是我的同学给予我的帮助和鼓励,他们的指点和启发是我这次毕业设计能顺利进行的首要原因。此次设计前后经历了大约3个多月,是在我大学学习生涯中做的课题时间最长,工程量最大的一次,也是最后一次。这次我设计的课题是天河学院宿舍楼框架结构设计,刚刚开始的时候觉得很难,但是我的指导老师立马就知道我该如何着手,慢慢的我就有些思路了,最后终于确定了这次的毕业设计的初稿。中国有句古话叫做,“磨刀不误砍材工”,每当我在设计中遇到无法解决的问题时都先记录下来,等老师有时空的时候就去办公室找指导老师帮我解决,就是这样日积月累我的毕业设计才得以完成。在设计中老师一直不厌其烦的告诫我该注意什么地方,该改正什么地方,所以才不至于出现不可弥补的错误。除此之外老师还推荐了一本设计资料给我看,老师这样的用心,真在做到了“传道授业解惑”的作用,我对她的尊敬也是无法用语言表达的。老师对工作肃的科学态度,对我们严格的要求,都对我以后的人生道路有着积极的影响。再一次的感谢我的指导老师徐朝阳。在论文完成之际,老师的肯定和激励让我感到非常的兴奋,我知道这次的设计包含了我太多的汗水和太多个通宵达旦。在这里请各位帮助我的老师、同学、朋友接受我最诚挚的谢意。87
附录附录A第六层柱内力组合杆件A柱B柱C柱截面位置上端下端层间下端层间上端下端层间下端层间下端层间上端下端层间荷载内力种类MNMNVMNMNVMNMNV①恒荷载-2.7427.02-3.5228.921.9049.27162.7948.00220.52118.51-51.52183.39-51.26262.7431.14②活荷载-0.3313.42-1.0813.420.439.6051.9014.2751.907.50-9.8836.60-15.0036.607.89⑤左地震荷载8.4925.3427.8025.3410.9934.8012.9459.2512.9428.4830.863.5054.383.5025.97⑥右地震荷载-8.49-25.34-27.80-25.34-10.99-34.80-12.94-59.25-12.94-28.48-30.86-3.50-54.38-3.50-25.97内力组合1.2①+1.4②-3.7551.21-5.7453.492.8872.56268.0177.58337.28152.71-75.66271.31-82.51366.5348.411.2①+1.4x0.7②-3.6145.57-5.2847.852.7068.53246.2171.58315.49149.56-71.51255.94-76.21351.1645.101.35①+0.7x1.4②-4.0249.62-5.8152.192.9975.92270.6378.78348.56167.34-79.23283.44-83.90390.5749.771.2(①+0.5②)+1.3⑤7.5573.4231.2775.7016.83110.12243.31143.19312.59183.74-27.63246.580.18341.8075.861.2(①+0.5②)+1.3⑥-14.527.53-41.019.81-11.7519.64209.67-10.86278.94109.69-107.87237.48-141.21332.708.34M值最大对应的NV7.5573.4231.2775.7016.8319.64209.67-10.86278.94109.69-107.87237.48-141.21332.708.34N值最大对应的MV7.5573.4231.2775.7016.8375.92270.6378.78348.56167.34-27.63246.580.18341.8075.86N值最小对应的MV-14.527.53-41.019.81-11.7519.64209.67-10.86278.94109.69-107.87237.48-141.21332.708.34V值最大对应的MN7.5573.4231.2775.7016.83110.12243.31143.19312.59183.74-27.63246.580.18341.8075.86
附录B第五层柱内力组合杆件A柱B柱B柱C柱截面位置上端下端下端层间上端下端层间上端下端层间荷载内力种类MNMNVMNMNVMNMNV①恒荷载-2.91115.52-3.03123.121.8051.69546.7052.67568.2928.06-53.93625.87-55.10646.6132.20②活荷载-0.7717.66-0.3817.660.359.1772.599.6072.595.70-9.8859.70-9.8859.706.00⑤左地震荷载22.4585.0451.5085.0422.4077.0636.38108.4236.3852.49151.4413.08105.2413.0877.78⑥右地震荷载-22.45-85.04-51.50-85.04-22.40-77.06-36.38-108.42-36.38-52.49-151.44-13.08-105.24-13.08-77.78内力组合1.2①+1.4②-4.57163.34-4.17172.462.6574.87757.6776.64783.5741.65-78.55834.62-79.95859.5147.041.2①+1.4x0.7②-4.25155.93-4.01165.052.5071.01727.1872.61753.0939.26-74.40809.55-75.80834.4444.521.35①+0.7x1.4②-4.68173.25-4.46183.512.7778.77809.1880.51838.3343.47-82.49903.43-84.07931.4349.351.2(①+0.5②)+1.3⑤25.23259.7763.09268.8931.49167.71746.89209.91772.80105.33126.23803.8764.76828.76143.351.2(①+0.5②)+1.3⑥-33.1438.67-70.8147.79-26.75-32.65652.30-71.98678.21-31.15-267.52769.86-208.86794.75-58.87M绝对值最大对应的NV25.23259.7763.09268.8931.49-32.65652.30-71.98678.21-31.15-267.52769.86-208.86794.75-58.87N值最大对应的MV25.23259.7763.09268.8931.4978.77809.1880.51838.3343.47126.23803.8764.76828.76143.35N值最小对应的MV-33.1438.67-70.8147.79-26.75-32.65652.30-71.98678.21-31.15-267.52769.86-208.86794.75-58.87V值最大对应的MN25.23259.7763.09268.8931.49167.71746.89209.91772.80105.33126.23803.8764.76828.76143.35
附录C第四层柱内力组合杆件A柱B柱C柱截面位置上端下端层间上端下端层间上端下端层间荷载内力种类MNMNVMNMNVMNMNV①恒荷载-2.91209.72-2.91214.321.7651.69845.5551.69916.0727.63-53.931008.95-53.931392.8832.66②活荷载-0.3825.44-0.3825.440.239.6082.699.6082.695.82-9.8889.70-9.8889.706.00⑤左地震荷载39.20171.0066.80171.0034.12120.0072.38141.2072.3875.60128.6818.00105.2818.0070.89⑥右地震荷载-39.20-171.00-66.80-171.00-34.12-120.00-72.38-141.20-72.38-75.60-128.68-18.00-105.28-18.00-70.891.2①+1.4②-4.02287.28-4.02292.802.4375.471130.4375.471215.0541.30-78.551336.32-78.551797.0447.591.2①+1.4x0.7②-3.86276.60-3.86282.122.3471.441095.7071.441180.3238.86-74.401298.65-74.401759.3645.071.35①+0.7x1.4②-4.30308.05-4.30314.262.6079.191222.5379.191317.7343.00-82.491449.99-82.491968.2949.971.2(①+0.5②)+1.3⑤47.24489.2383.12494.7546.61223.791158.37251.351242.99134.9396.641287.9666.221748.68135.01.2(①+0.5②)+1.3⑥-54.6844.63-90.5650.15-42.1-88.21970.18-115.771054.80-61.63-237.91241.16-207.51701.88-49.4M值最大对应的NV47.24489.2383.12494.7546.61-88.21970.18-115.771054.80-61.63-237.91241.16-207.51701.88-49.4N最大对应的MV47.24489.2383.12494.7546.6179.191222.5379.191317.7343.0096.641287.9666.221748.68135.0N最小对应的MV-54.6844.63-90.5650.15-42.1-88.21970.18-115.771054.80-61.63-237.91241.16-207.51701.88-49.4V最大对应的MN47.24489.2383.12494.7546.61223.791158.37251.351242.99134.9396.641287.9666.221748.68135.0
附录D第三层柱内力组合杆件A柱B柱C柱截面位置上端下端层间上端下端层间上端下端层间荷载内力种类MNMNVMNMNVMNMNV①恒荷载-2.93300.92-2.91305.521.7651.071242.3351.691263.8529.65-53.121392.8-53.931414.3532.92②活荷载-0.3932.23-0.3832.230.239.48112.699.60112.695.78-9.7313.00-9.8813.006.00⑤左地震荷载60.86270.0068.63270.0039.20147.40117.38166.20117.3895.00131.5026.00154.4026.0086.60⑥右地震荷载-60.86-270.00-68.63-270.00-39.20-147.40-117.38-166.20-117.38-95.00-131.50-26.00-154.40-26.00-86.601.2①+1.4②-4.06406.22-4.02411.742.4374.561648.5675.471674.3943.67-77.371689.6-78.551715.4247.901.2①+1.4x0.7②-3.90392.68-3.86398.202.3470.571601.2371.441627.0641.24-73.281684.1-74.401709.9645.381.35①+0.7x1.4②-4.34437.82-4.30444.032.6078.231787.5879.191816.6345.69-81.251893.1-82.491922.1150.321.2(①+0.5②)+1.3⑤75.37731.4485.50736.9653.21258.591711.00283.851736.83162.55101.371713.0130.081738.82155.681.2(①+0.5②)+1.3⑥-82.8729.44-92.9434.96-48.71-124.651405.82-148.271431.64-84.45-240.531645.4-271.361671.22-69.48M绝对值最大对应的NV75.37731.4485.50736.9653.21-124.651405.82-148.271431.64-84.45-240.531645.4-271.361671.22-69.48N值最大对应的MV75.37731.4485.50736.9653.2178.231787.5879.191816.6345.69101.371713.0130.081738.82155.68N值最小对应的MV-82.8729.44-92.9434.96-48.71-124.651405.82-148.271431.64-84.45-240.51645.4-271.41671.2-69.48V值最大对应的MN75.37731.4485.50736.9653.21258.591711.00283.851736.83162.55101.371713.00130.081738.82155.68
附录E第二层柱内力组合杆件A柱B柱C柱截面位置上端下端层间上端下端层间上端下端层间荷载内力种类MNMNVMNMNVMNMNV①恒荷载-3.62392.12-2.89396.721.7662.141590.153.241610.6326.3-66.111776.7-55.731798.2230.09②活荷载-0.441.01-0.3741.010.2311.54142.699.89142.696.49-12.11156.3-10.21156.36.76⑤左地震荷载73.141273.141244147196.08177196.0898161421614297.6⑥右地震荷载-73.1-412-73.1-412-44-147-196.08-177-196.08-98-161-42-161-42-97.6内力组合1.2①+1.4②-4.90527.96-3.99533.482.4390.722107.8977.732132.5240.65-96.292350.86-81.172376.6845.571.2①+1.4x0.7②-4.74510.73-3.83516.252.3485.882047.9673.582072.5937.92-91.202285.21-76.882311.0442.731.35①+0.7x1.4②-5.28569.55-4.26575.762.6095.202286.4781.572314.1941.87-101.122551.72-85.242580.7747.251.2(①+0.5②)+1.3⑤90.451030.7591.341036.2759.45272.592248.64299.922273.27162.85122.702280.42136.302306.24167.041.2(①+0.5②)+1.3⑥-99.61-40.45-98.72-34.93-54.95-109.611738.83-160.281763.47-91.95-295.902171.22-282.32197.04-86.72M值最大对应的NV90.451030.7591.341036.2759.45-109.611738.83-160.281763.47-91.95-295.902171.22-282.32197.04-86.72N值最大对应的MV90.451030.7591.341036.2759.4595.202286.4781.572314.1941.87122.702280.42136.302306.24167.04N值最小对应的MV-99.61-40.45-98.72-34.93-54.95-109.611738.83-160.281763.47-91.95-295.902171.22-282.32197.04-86.72V值最大对应的MN90.451030.7591.341036.2759.45272.592248.64299.922273.27162.85122.702280.42136.302306.24167.04
附录F第一层柱内力组合杆件A柱B柱C柱截面位置上端下端层间上端下端层间上端下端层间荷载内力种类MNMNVMNMNVMNMNV①恒荷载-1.30483.32-2.60515.300.7914.851937.8829.701969.3415.02-15.092160.58-30.162192.5219.01②活荷载-0.2048.80-0.4048.800.122.75172.695.51172.697.50-2.76189.60-5.53189.601.67⑤左地震荷载192.80543.0042.00543.0047.40313.00241.18256.30241.18114.90290.8364.95228.0064.95104.30⑥右地震荷载-192.80-543.00-42.00-543.00-47.40-313.00-241.18-256.30-241.18-114.90-290.83-64.95-228.00-64.95-104.30内力组合1.2①+1.4②-1.84648.3-3.68686.681.1221.672567.2243.352604.9728.52-21.972858.14-43.932896.4625.151.2①+1.4x0.7②-1.76627.81-3.51666.181.0720.522494.6941.042532.4425.37-20.812778.50-41.612816.8324.451.35①+0.7x1.4②-1.95700.31-3.90743.481.1822.742785.3745.492827.8527.63-23.083102.59-46.143145.7127.301.2(①+0.5②)+1.3⑤248.961315.1651.241353.5462.64426.372742.60372.142780.36171.89358.322790.89256.892829.22159.401.2(①+0.5②)+1.3⑥-252.32-96.64-57.96-58.26-60.60-387.432115.54-294.242153.29-126.85-397.82622.02-335.912660.35-111.8M值最大对应的NV248.961315.1651.241353.5462.64-387.432115.54-294.242153.29-126.85-397.82622.02-335.912660.35-111.8N值最大对应的MV248.961315.1651.241353.5462.6422.742785.3745.492827.8527.63358.322790.89256.892829.22159.40N值最小对应的MV-252.3-96.64-57.96-58.26-60.6-387.432115.54-294.242153.29-126.85-397.82622.02-335.92660.35-111.8V值最大对应的MN248.961315.251.241353.562.64426.372742.60372.142780.36171.89358.322790.89256.892829.22159.4
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'