1. This drawing collection is based on the MOHURD document No.[2016]89 Notification of Distributing the Working Plan of Compiling the
National Standard Design for Buildings in 2016.
2. This drawing collection is the national building standard design drawing collection for construction drawings of R.C. structures using
ichnographic representing method (IRM).
Ichnographic representing, in general, is to show dimensions and reinforcement details of structural members directly in the structural plan
layout according to rules of IRM. A completed set of structural construction drawings shall inchude both IRM drawings and standard
detailing drawings.
3. Main design references in this drawing collection are:
Seismic Ground Motion Parameters Zonation Map of China(GB18306-2015
Code for Design of Concrete Structures(2015 version)(GB50010-2010)
Code for Seismic Design of Buildings (GB 50011-2010) and its partial revision in 2016
Code for Design of Building Foundation(GB 50007-2011)
Technical Specification for Concrete Structures of Tall Buildings g3-2010)
Technical Code for Building Pile Foundations(JGJ94-2008)
Technical Code for Waterproofing of Underground Works (GB50108-2008)
Standard for Structural Drawings (GB/T 50105-2010)
If the reference standards are revised or new standards areimplemented and the contents or products in this drawing collection are conflicted with them, such contents or products shown in this drawing collection shall be looked on as invalid Engineers who use this drawing collection shall check relevant contents in this drawing collection with updated standards.
4. 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.
5. 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.
6. The rules specified in this drawing collection can be used for designers to generate ichnographic construction drawings or can be used
as reference for contractors and inspectors to understand and use ichnographic construction drawings correctly.
7. Details and other items which are not included in this drawing collection should be worked out by designers.
8. If modifications of the standard detailing drawings in this drawing collection are required for certain projects, designers should provide
specific modified contents.
9. Bars are shown as red lines in some parts of the standard detailing drawings of this drawing collection.
10. In this drawing collection, '0'is the diameter of steel bars, instead but not the steel grade.
11. All dimensions are in millimeters(mm), and structural levels are in meters(m).
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.
6 Rules of Ichnographic Construction Drawings of Pile Foundations
6.1 Representing method of ichnographi construction drawings of cast-in-place piles
6.1.1 The ichnographic construction drawing of cast-in-place piles is to show the pile details in foundation plan layout by using tabulated annotation method or ichnographie annotation method
6.1.2 Plan layout of cast-in-place piles may be shown separately at a proper scale, the setting out should be noted.
6.2 Tabulated annotation method
6.2.1 Tabulated annotation method is to show setting out of cast-in-place piles in the plan layout, and to show the pile number, dimensions of piles,longitudinal bars, spiral stirrups, top elevation of piles and characteristic value of the vertical bearing capacity of single pile in the table of piles.
6.2.2 Rules of annotation in the table of piles are listed below:
1. Pile number, which should consist of the type code and serial number.It should comply with the rules in Table 6.2.2.
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).
Contents 1
General Instruction 5
Part One Drawing Rules of Ichnographic Representing Method
1 General Provisions 6
2 Rules of Ichnographic Construction Drawings of Columns 8
2.1 Representing method of ichnographic construction drawings of columns 8
2.2 Tabulated annotation method 8
2.3 Sectional annotation method 10
2.4 Others 10
Example of ichnographic construction drawings of columns using tabulated annotation method 11
Example of ichnographic construction drawings of columns using sectional annotation method 12
3 Rules of Ichnographic Construction Drawings of Shear Walls 13
3.1 Representing method of ichnographic construction drawings of shear walls 13
3.2 Tabulated annotation method 13
3.3 Sectional annotation method 17
3.4 Representing method of openings in shear walls 18
3.5 Representing method of exterior walls of basement 19
3.6 Others 21
Example of ichnographic construction drawings of shear walls using tabulated annotation method 22
Example of ichnographic construction drawings of shear walls using sectional annotation method 24
Example of ichnographic construction drawings of exterior walls of basement using ichnographic annotation method 25
4 Rules of Ichnographic Construction Drawings of Beams 26
4.1 Representing method of ichnographic construction drawings of beams 26
4.2 Ichnographic annotation method 26
4.3 Sectional annotation method 34
4.4 Requirements for length of top longitudinal bars in beams at support 35
4.5 Requirements for length of bottom bars in beams cut off in span 35
4.6 Others 35
Example of ichnographic construction drawings of beams using ichnographic annotation method 37
Example of ichnographic construction drawings of beams using sectional annotation method 38
5 Rules of Ichnographic Construction Drawings of Slabs with Beams 39
5.1 Representing method of ichnographic construction drawings of slabs with beams 39
5.2 General annotation of slabs 39
5.3 Specific annotation of slabs at support 40
5.4 Others 43
Example of ichnographic construction drawings of slabs with beams 44
6 Rules of Ichnographic Construction Drawings of Slabs without Beams 45
6.1 Representing method of ichnographic construction drawings of slabs without beams 45
6.2 General annotation of slab strips 45
6.3 Specific annotation of slab strips at support 45
6.4 Representing method of embedded beams 46
6.5 Others 47
Example of ichnographic construction drawings of slabs without beams 48
7 Rules for Drawings of Slab-related Detailing 49
7.1 Types and the representing method of slab-related detailing 49
7.2 Direct annotation of slab-related detailing 49
7.3 Others 55
Part Two Standard Detailing Drawings
Environment classification of concrete structures Minimum concrete cover 56
Basic anchorage length lab, basic anchorage length labE of tension bars in seismic design and the inside diameter of hook D 57
Anchorage length la of tension bars Anchorage length laE of tension bars in seismic design 58
Hooks and mechanical anchorage types of longitudinal bars Stirrup detailing in the lap zone of longitudinal main bars Splices of longitudinal bars 59
Lap length ll of longitudinal tension bars 60
Lap length llE of longitudinal tension bars in seismic design 61
