国家建筑标准设计图集 16G101_三维图集_第一二章_柱识图

VIP免费

老杨树 2024-10-03 7 15.73MB 21 页 8星币

侵权投诉

序

各位尊敬的读者朋友们，感谢大家选择《16建筑三维平法结构识图教程》，建筑工程中建筑结构

识图和建筑钢筋工程算量是重要的专业能力。无论是在施工、造价，还是工程管理，我们都离不开对

图纸的认识理解和熟练运用。这些工作都要以图纸为依据开展,同时《国标16平法》又是图纸设计与识

读的国家标准。因此，熟练的掌握运用平法识图规则和钢筋构造详图是我们建筑工程专业的必修课。

但是我们都知道平法结构施工图比较抽象难懂,其中又有很多设计规范,对于初学者、学生、刚入行

的广大建筑从业人士来说有一定的学习困难。

即使是教师教学有时也很难用语言描述清楚复杂的钢筋构造。从而造成学生难学老师难教状态。

基于这种情况，我们编著了《16建筑三维平法结构图集》一书。

本书采用三维模型的方式注解了国标11平法全套详图，除了一般教材中基本的梁、板、柱、墙、楼

梯、基础详图外我们还加入了国标中的无梁楼盖、地下室外墙、板洞、板翻边、基坑、柱帽、后浇、

桩基承台等相关混凝土构件详图.其内容细致完整既可当工具书使用也与<建筑三维平法教程>配套使用.

本书精心绘制了全套11平法全彩三维钢筋详图三维示意图。采用平面与三维对照的方式讲解钢筋构

造。全书以图为主,文字为辅形象、生动、直观、形象的图文讲解将读者带入建筑三维钢筋世界在学习

中体验乐趣，在乐趣中收获知识。

高校学生通过本书的学习可快速掌握结构识图能力。行内人士使用本书可加深图纸理解。教师采

用该书可方便教学减少工作量。

本书在编写过程中，虽然反复推敲论证但难免有不妥疏漏之处，恳请广大读者指正并提出意见我

们将进一步改进。作者邮箱329946810@qq.com

在此特别感谢广东工业大学教授对本书的编写一共宝贵的意见！

2015年5月4日

-1-

第一章：钢筋锚固长度及其相关规范

1.1受拉钢筋基本锚固长度Lab,LabE

受拉钢筋锚固长度修正系数 ·····························

1.2混凝土结构的环境类别

混凝土保护层的最小厚度(mm)

纵向受力钢筋搭接区箍筋构造 ·····························

1.3纵向钢筋弯钩与机械锚固形式

纵向受拉钢筋綁扎搭接长度LL、LLE··························

1.4封闭箍筋及拉筋弯钩构造

梁并筋等效直径、最小净距梁柱纵筋间距要求

螺旋箍筋构造 ·································

1.5封闭箍筋及拉筋弯钩构造

基础梁箍筋复合方式

非接触纵向钢筋搭接构造·····························

································

第二章：柱平法标准构造详图及三维示意图

2.1·······························

2.2抗震KZ纵向钢筋连接构造······························

2.3地下室抗震KZ的纵向钢筋连接构造、

地下室抗震KZ的箍筋加密区范围 ··························

2.4抗震框架柱和角柱柱顶纵向钢筋构造·························

2.5抗震KZ中柱顶纵向钢筋构造······························

2.6抗震KZ柱变截面位置纵向钢筋构造···························

2.7抗震KZ、QZ、LZ箍筋加密区范围

抗震QZ、LZ纵向钢筋构造 ······························

2.8抗震框架柱和小墙肢箍筋加密区高度选用表·······················

2.9非抗震KZ纵向钢筋连接构造·····························

2.10非抗震KZ边柱和角柱柱顶纵向钢筋构造························

2.11非抗震KZ中柱顶纵向钢筋构造····························

2.12非抗震KZ柱变截面位置纵向钢筋构造·························

2.13非抗震KZ箍筋构造

非抗震QZ、LZ纵向钢筋构造······························

第三章：剪力墙平法标准构造详图及三维示意图

3.1剪力墙身水平钢筋构造································27

································31

3.3剪力墙身竖向钢筋构造································32

3.4约束边缘构件YBZ构造································35

3.5剪力墙水平钢筋计入约束边缘构件体积配箍率构造做法··················37

3.6构造边缘构件GBZ、扶壁柱FBZ、非边缘暗柱AZ构造

剪力墙边缘构件纵向钢筋连接构造

剪力墙约束边缘构件纵筋构造···························38

3.8剪力墙 LL/AL BKL配筋构造······························39

3.9剪力墙BKL或AL与LL重叠时配筋构造··························40

3.10连梁交叉斜筋配筋LL(JX)

连梁集中对角斜筋配筋LL(DX)

连梁对角暗撑配筋LL(JC)构造····························42

3.11地下室外墙DWQ钢筋构造·······························43

3.12剪力墙洞口补强构造 ································45

第四章:梁平法标准构造详图及三维示意图

···························47

4.2抗震屋面框架梁WKL纵向钢筋构造···························48

4.3非抗震楼层框架梁KL纵向钢筋构造 ·························49

4.4非抗震屋面框架梁WKL纵向钢筋构造 ·························50

4.5框架梁水平、竖向加腋构造·····························51

ζa

1.6芯柱XZ配筋构造

矩形箍筋复合方式

柱插筋在基础中的锚固

3.2墙插筋在基础中的锚固

4.1抗震楼层框架梁WKL纵向钢筋构造

-2-

4.6KL 、WKL中间支座纵向钢筋构造····························53

4.7抗震框架梁KL、WKL箍筋加密区构造

抗震框架梁KL、WKL箍筋加密区构造···························54

4.8梁与方柱斜交或与圆柱相交时箍筋起始位置·····················55

4.9非框架梁L配筋构造

主次梁斜交箍筋构造································56

4.10不伸入支座的梁下部纵向钢筋断点位置

附加箍筋范围、附加吊筋构造

梁侧面纵向构造筋和拉筋···························57

4.11非框架梁L中间支座纵向钢筋构造

水平折梁、竖向折梁钢筋构造··························58

4.12纯悬挑梁XL及各类梁的悬挑端配筋构造························59

4.13KZZ/KZL配筋构造 ································51

4.14井字梁JZL配筋构造·································65

第五章:板平法标准构造详图及三维示意图

5.1有梁楼盖楼(屋）面板配筋构造 ····························67

5.2有梁楼盖不等跨板上部贯通纵筋连接构造 ······················69

5.3单（双）向板配筋示意

纵向钢筋非接触搭接构造 ······························70

5.4悬挑板XB钢筋构造·································71

5.5无支撑板端部封边构造

折板配筋构造 ···································72

5.6无梁楼盖柱上板带ZSB与跨中板带KZB纵向钢筋构造 ···················73

5.7板带端支座纵向钢筋构造

板带悬挑端纵向钢筋构造······························74

5.8柱上板带暗梁钢筋构造·······························75

5.9板后浇带HJD钢筋构造

墙后浇带HJD钢筋构造

梁后浇带HJD钢筋构造································76

5.10板加腋JY构造局部升降板SJB构造(一)·························77

5.11板加腋JY构造局部升降板SJB构造(二)·························78

5.12板开洞BD与洞边加强钢筋构造一(洞边无集中荷载)···················79

5.13板开洞BD与洞边加强钢筋构造二(洞边无集中荷载)···················80

5.14悬挑板阳角放射筋Ces构造·····························81

5.15板内纵筋加强带JQD构造

板翻边FB构造

悬挑板阴角构造 ··································82

5.16柱帽ZMa、ZMb,ZMc、ZMab构造 ···························83

5.17抗冲切箍筋Rh构造

抗冲切弯起筋Rb构造 ································84

第六章:楼梯平法识图规则与标准构造详图及三维示意图

6.1AT型楼梯平面注写方式与适用条件··························86

6.2AT型楼梯板配筋构造································88

6.3BT型楼梯平面注写方式与适用条件··························89

6.4BT型楼梯板配筋构造································91

6.5CT型楼梯平面注写方式与适用条件··························92

6.6CT型楼梯板配筋构造································94

6.7DT型楼梯平面注写方式与适用条件··························95

6.8DT型楼梯板配筋构造································97

6.9ET型楼梯平面注写方式与适用条件··························98

6.10ET型楼梯板配筋构造·······························99

6.11FT型楼梯平面注写方式与适用条件·························100

6.12FT型楼梯板配筋构造(A-A)····························101

6.13FT型楼梯板配筋构造(B-B)·····························102

6.14GT型楼梯平面注写方式与适用条件·························103

6.15GT型楼梯板配筋构造(A-A)·····························104

6.16GT型楼梯板配筋抅造(B-B)·····························105

6.17HT型楼梯平面注写方式与适用条件· ························106

6.18HT型楼梯板配筋构造(A-A)·····························107

6.19HT型楼梯板配筋构造(B-B)·····························108

6.20C-C,D-D剖面楼梯平板配筋构造···························109

6.21ATa型楼梯平面注写方式与适用条件·························110

6.22ATa型楼梯板配筋构造·······························111

文档加载中……请稍候！
如果长时间未打开，您也可以点击刷新试试。

下载文档到电脑，查找使用更方便

亲，本站95%以上的标准规范都面向会员免费，办理VIP会员下载更省钱，平均每篇不到2元

立即下载 VIP免费下载

标签： #6G

摘要：

国家建筑标准设计图集16G101三维图集第一二章柱识图，专为建筑结构设计与施工人员打造，以三维立体图示系统讲解柱构件的平法识图规则与制图标准。本内容深入解析16G101系列中柱截面标注、纵筋及箍筋配置、节点构造等核心知识点，结合三维可视化技术，帮助用户快速掌握从柱平面布置图到三维空间结构的对应关系，有效提升识图效率与工程准确性。无论您是结构工程师、施工员还是相关专业学生，均可通过本图集理解和应用柱构件标准设计要点，为现场施工、图纸复核及BIM建模提供坚实依据。

展开>> 收起<<

国家建筑标准设计图集 16G101_三维图集_第一二章_柱识图.pdf

共21页,预览4页

还剩页未读，继续阅读

声明：本文档系会员上传，若文档所含内容侵犯了您的版权或隐私，请立即通知，我们立即给予侵权申诉删除！

国家建筑标准设计图集 16G101_三维图集_第一二章_柱识图

相关推荐

开通VIP享超值会员特权

相关内容

热门标签

举报选择: