Подлинный точечный китайский и британский контрольный двухязычный 16G101-1/2/316G101-1 16G101-2 16G101-3
Вес товара: ~0.7 кг. Указан усредненный вес, который может отличаться от фактического. Не включен в цену, оплачивается при получении.
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B16G101-1/2/3: Китайская и английская двуязычная версия 16G101-1/2/3
Номер атласа 16G101-1/2/3
Атлас назвал китайский и английский двуязычный издание 16G101-1/2/3
Цена 726.00 Юань
Открыт Бен 16
Редактор -in -Chief Unit Китай архитектурный стандарт Design Institute Co., Ltd.
B16G101-1: китайская и английская двуязычная версия 16G101-1
Атлас номер B16G101-1
Атлас назвал китайский и английский двуязычный издание 16G101-1
Цена 292.00 Юань
Открыт Бен 16
Редактор -in -Chief Unit Китай архитектурный стандарт Design Institute Co., Ltd.
краткое введение
16G101-1 Drawing Rules and Standard Detailing Drawings of Ichnographic Representing Method for Construction Drawings of R.C. Structures (Cast-in-situ R.C. frames, shear walls, beams and slabs) is the revised version of 11G101-1 Drawing Rules and Standard Detailing Drawings of Ichnographic Representing Method for Construction Drawings of R.C. Structures (Cast-in-situ R.C. frames, shear walls, beams and slabs). According to the updated versions of codes GB 18306-2015 Seismic Ground Motion Parameters Zonation Map of China, GB50011-2010 Code for Seismic Design of Buildings and its partial revision in 2016 and GB50010-2010 Code for Design of Concrete Structures (2015 version) et al., considering feedbacks from engineering practice and need of practical projects in recent years, contents in the drawing collection have been systematically revised, and details of frame flat beams are included in this version.
This drawing collection is applicable to construction drawing design of main structure in all kinds of cast-in-situ R.C. structures in seismic design with seismic precautionary intensity 6~9, such as frame structures, shear wall structures, frame-shear wall structures and partial frame-supported shear wall structures, and is also applicable to cast-in-situ R.C. slabs (with and without beams) as well as cast-in-situ R.C. walls, columns, beams and slabs of basement structures.
There are two parts in this drawing collection: drawing rules of IRM and standard detailing drawings of structural members above top of the foundation, such as cast-in-situ R.C columns, shear walls, beams and slabs (with or without beams).
Примечание
Оглавление
ContentsGeneral InstructionPart One Drawing Rules of Ichnographic Representing Method1 General Provisions2 Rules of Ichnographic Construction Drawings of Columns2.1 Representing method of ichnographic construction drawings of columns2.2 Tabulated annotation method2.3 Sectional annotation method2.4 OthersExample of ichnographic construction drawings of columns using tabulated annotation methodExample of ichnographic construction drawings of columns using sectional annotation method3 Rules of Ichnographic Construction Drawings of Shear Walls3.1 Representing method of ichnographic construction drawings of shear walls3.2 Tabulated annotation method3.3 Sectional annotation method3.4 Representing method of openings in shear walls3.5 Representing method of exterior walls of basement3.6 OthersExample of ichnographic construction drawings of shear walls using tabulated annotation methodExample of ichnographic construction drawings of shear walls using sectional annotation methodExample of ichnographic construction drawings of exterior walls of basement using ichnographic annotation method4 Rules of Ichnographic Construction Drawings of Beams4.1 Representing method of ichnographic construction drawings of beams4.2 Ichnographic annotation method4.3 Sectional annotation method4.4 Requirements for length of top longitudinal bars in beams at support4.5 Requirements for length of bottom bars in beams cut off in span4.6 OthersExample of ichnographic construction drawings of beams using ichnographic annotation methodExample of ichnographic construction drawings of beams using sectional annotation method5 Rules of Ichnographic Construction Drawings of Slabs with Beams5.1 Representing method of ichnographic construction drawings of slabs with beams5.2 General annotation of slabs5.3 Specific annotation of slabs at support5.4 OthersExample of ichnographic construction drawings of slabs with beams6 Rules of Ichnographic Construction Drawings of Slabs without Beams6.1 Representing method of ichnographic construction drawings of slabs without beams6.2 General annotation of slab strips6.3 Specific annotation of slab strips at support6.4 Representing method of embedded beams6.5 OthersExample of ichnographic construction drawings of slabs without beams7 Rules for Drawings of Slab-related Detailing7.1 Types and the representing method of slab-related detailing7.2 Direct annotation of slab-related detailing7.3 OthersPart Two Standard Detailing DrawingsEnvironment classification of concrete structures Minimum concrete coverBasic anchorage length lab, basic anchorage length labE of tension bars in seismic design and the inside diameter of hook DAnchorage length la of tension bars Anchorage length laE of tension bars in seismic designHooks and mechanical anchorage types of longitudinal bars Stirrup detailing in the lap zone of longitudinal main bars Splices of longitudinal barsLap length ll of longitudinal tension barsLap length llE of longitudinal tension bars in seismic design
B16G101-2: китайский английский двуязычный издание 16G101-2
Атлас номер B16G101-2
Атлас назвал китайский и английский двуязычный издание 16G101-2
Цены 167.00 Юань
Открыт Бен 16
Редактор -in -Chief Unit Китай архитектурный стандарт Design Institute Co., Ltd.
краткое введение
16G101-2 Drawing Rules and Standard Detailing Drawings of Ichnographic Representing Method for Construction Drawings of R.C. Structures (Cast-in-situ concrete slab-stairs) is the revised version of 11G101-2Drawing Rules and Standard Detailing Drawings of Ichnographic Representing Method for Construction Drawings of R.C. Structures (Cast-in-situ concrete slab-stairs). According to the updated codes GB 18306-2015 Seismic ground motion parameters zonation map of China, GB 50011-2010 Code for seismic design of buildings and its partial revision in 2016 and GB 50010-2010 Code for design of concrete structures (2015 version) et al., considering feedbacks from engineering practice in recent years, contents in the drawing collection have been systematically revised, and details of CTa and CTb stairs with slide bearings, of which the stair slab consists of flight and upper landing slab, are included in this version.
This drawing collection is applicable to cast-in-situ concrete slab-stairs in seismic design with seismic precautionary intensity 6~9.
There are 12 types of cast-in-situ concrete slab-stairs in this drawing collection. Among these types, AT~GT stairs are applicable to stairs that are not considered in seismic analysis of main structures, and ATc stairs are applicable to stairs in frames that are considered in seismic analysis of main structures, while ATa, ATb, CTa and CTb stairs are applicable to stairs where sliding bearings are adopted to reduce the impact of stairs on main structures (frames).
Оглавление
ContentsGeneral InstructionPart One Drawing Rules of Ichnographic Representing Method1 General Provisions2 Rules of Ichnographic Construction Drawings of Cast-in-situ Concrete Slab-stairs2.1 Representing method of ichnographic construction drawings of cast-in-situ concrete slab-stairs2.2 Types of stairs2.3 Ichnographic annotation method2.4 Sectional annotation method2.5 Tabulated annotation method2.6 OthersCross-section and supports of AT and BT stairsCross-section and supports of CT and DT stairsCross-section and supports of ET and FT stairsCross-section and supports of GT stairsCross-section and supports of ATa, ATb and ATc stairsCross-section and supports of CTa and CTb stairsPart Two Standard Detailing DrawingsEnvironment classification for concrete structures Minimum concrete coverBasic anchorage length lab, basic anchorage length labE of tension bars in seismic design and the inside diameter of hook DAnchorage length la of tension bars Anchorage length laE of tension bars in seismic designHooks and mechanical anchorage types of longitudinal bars Stirrup detailing in the lap zone of longitudinal main bars Splice of longitudinal barsLap lengt ll of longitudinal tension barsLap length llE of longitudinal tension bars in seismic designIchnographic annotation method and application of AT stairsReinforcement detailing of AT stair slabsIchnographic annotation method and application of BT stairsReinforcement detailing of BT stair slabsIchnographic annotation method and application of CT stairsReinforcement detailing of CT stair slabsIchnographic annotation method and application of DT stairsReinforcement detailing of DT stair slabsIchnographic annotation method and application of ET stairsReinforcement detailing of ET stair slabsIchnographic annotation method and application of FT stairsReinforcement detailing of FT stair slabs (Section 1-1)Reinforcement detailing of FT stair slabs (Section 2-2)Ichnographic annotation method and application of GT stairsReinforcement detailing of GT stair slabs (Section 1-1)Reinforcement detailing of GT stair slabs (Section 2-2)Reinforcement detailing of the landing slab of FT and GT stairs (Section 3-3 and 4-4)Ichnographic annotation method and application of ATa and ATb stairsDetailing drawings of slide bearings of ATa and CTa stairsReinforcement detailing of ATa stair slabsDetailing drawings of slide bearings of ATb and CTb stairsReinforcement detailing of ATb stair slabsIchnographic annotation method and application of ATc stairsReinforcement detailing of ATc stair slabsIchnographic annotation method and application of CTa and CTb stairsReinforcement detailing of CTa stair slabsReinforcement detailing of CTb stair slabsDetailing of increasing and decreasing rise at different risersConnection detailing between the first flight of stairs and foundationsSectional annotation example of construction drawings of AT~DT stairs (plan)Sectional annotation example of construction drawings of AT~DT stairs (section)Sectional annotation example of construction drawings of ATa stairs (plan)Sectional annotation example of construction drawings of ATa stairs (section)Sectional annotation example of construction drawings of ATb stairs (plan)Sectional annotation example of construction drawings of ATb stairs (section)Sectional annotation example I of construction drawings of ATc stairs (plan)Sectional annotation example I of construction drawings of ATc stairs (section)Sectional annotation example II of construction drawings of ATc stairs (plan)Sectional annotation example II of construction drawings of ATc stairs (section)Sectional annotation example of construction drawings of CTa stairs (plan)Sectional annotation example of construction drawings of CTa stairs (section)Sectional annotation example of construction drawings of CTb stairs (plan)Sectional annotation example of construction drawings of CTb stairs (section)
B16G101-3: китайский английский двуязычный издание 16G101-3
Атлас номер B16G101-3
Атлас назвал китайский и английский двуязычный издание 16G101-3
Цена 267.00 Юань
Открыт Бен 16
Редактор -in -Chief Unit Китай архитектурный стандарт Design Institute Co., Ltd.
краткое введение
16G101-3 Drawing Rules and Standard Detailing Drawings of Ichnographic Representing Method for Construction Drawings of R.C. Structures (Spread footings, strip foundations, raft foundations and pile foundations)is the revised version of 11G101-3 Drawing Rules and Standard Detailing Drawings of Ichnographic Representing Method for Construction Drawings of R.C. Structures (Spread footings, strip foundations, raft foundations and pile foundations). According to the updated versions of codes GB 18306-2015 Seismic ground motion parameters zonation map of China, GB 50011-2010 Code for seismic design of buildings and its partial revision in 2016 and GB 50010-2010 Code for design of concrete structures (2015 version) et al., considering feedbacks from engineering practice and need of practical projects in recent years, contents in the drawing collection have been systematically revised, and details of cast-in-place concrete piles are included in this version.
This drawing collection is applicable to the construction drawing design of all kinds of cast-in-situ concrete spread footings, strip foundations, raft foundations (ribbed and slab) and pile foundations.
There are two parts in this drawing collection: drawing rules of IRM and standard detailing drawings of commonly used spread footings, strip foundations, raft foundations (ribbed and slab) and pile foundations made of cast-in-situ concrete.
Оглавление
ContentsGeneral InstructionPart One Drawing Rules of Ichnographic Representing Method1 General Provisions2 Rules of Ichnographic Construction Drawings of Spread Footings2.1 Representing method of ichnographic construction drawings of spread footings2.2 Numbering of spread footings2.3 Ichnographic annotation method of spread footingsExample of construction drawings of spread footings using IRM2.4 Sectional annotation method of spread footings2.5 Others3 Rules of Ichnographic Construction Drawings of Strip Foundations3.1 Representing method of ichnographic construction drawings of strip foundations3.2 Numbering of strip foundations3.3 Ichnographic annotation method of foundation beams3.4 Rules of the length of discontinuous longitudinal bars at the bottom of foundation beams3.5 Ichnographic annotation method of strip foundation slabsExample of construction drawings of strip foundations using IRM3.6 Sectional annotation method of strip foundations3.7 Others4 Rules of Ichnographic Construction Drawings of Ribbed Raft Foundations4.1 Representing method of ichnographic construction drawings of ribbed raft foundations4.2 Type and numbering of members of ribbed raft foundations4.3 Ichnographic annotation method of primary& secondary foundation beams4.4 Rules of the length of discontinuous longitudinal bars at the bottom of foundation beams4.5 Ichnographic annotation method of slabs of ribbed raft foundations4.6 OthersAnnotation of primary foundation beams (JL) and secondary foundation beams (JCL)Annotation of the slab (LPB) of ribbed raft foundations5 Rules of Ichnographic Construction Drawings of Slab Foundations5.1 Representing method of ichnographic construction drawings of slab foundations5.2 Type and numbering of members in slab foundations5.3 Ichnographic annotation method of slab strips under columns and slab strips at midspan5.4 Ichnographic annotation method of the slab (BPB) of slab foundations5.5 OthersAnnotation of slab strips under columns (ZXB) and slab strips at midspan (KZB)Annotation of the slab (BPB) of slab foundations6 Rules of Ichnographic Construction Drawings of Pile Foundations6.1 Representing method of ichnographic construction drawings of cast-in-place piles6.2 Tabulated annotation method6.3 Ichnographic annotation method6.4 Representing method of ichnographic construction drawings of pile caps6.5 Numbering of pile caps6.6 Ichnographic annotation method of independent pile caps6.7 Ichnographic annotation method of pile cap beams6.8 Sectional annotation method of pile caps6.9 Others7 Drawing Rules of Detailing Related to Foundations7.1 Type and representing method of related detailing7.2 Drawing rules of ichnographic construction drawings of related detailing7.3 OthersPart Two Standard Detailing DrawingsКлассификация окружающей среды бетонных конструкций Минимальная бетонная лаборатория длины закрепления, базовая полоса длины на якоре Печана для обжира в зоне круга продольных основных сплайсинга сплайсинга продольной длины штрифта Ll продольного натяжного натяжения. Barsdetailing вертикальных распределительных стержней в стенах, прикрепленных к фондам. Нормальное распространение ножниц, детализация двойного столбца нормального распространения с фундаментом, осметающимся уменьшения длины стержней на 10% при распространении фундамента. Фотонингерация детализация спреды с одним столбцом с короткими колоннами, детализацией двойных колонок с коротки Длина стержней на 10% в фундаментной плите из основных фундаментов, продовольственных продольных стержней и стремяков в фундаментальных балках JL, детализируя дополнительные стремяки, детализируя дополнительные вешалки, высказывающие базовые балки (JL) с двумя расположениями усилителей стремлений, детализирующих основные балки (JL) с Вертикальные поручения