What specification is used for brick concrete structure, and the specification requirements for bric

Brick-concrete structure. The design uses the "masonry structure.

Design Code (GB50003-2001), in addition, such as the international standard "Code for Design of Reinforced Masonry Structures", ISO9652 3, Construction Acceptance Standards for Some Masonry Structures, Construction Technical Regulations, etc.

The layout specifications for the walls of brick-concrete buildings are as follows:

1. The transverse wall is load-bearing. Floors are supported by transverse walls parallel to the gables. It is often used in small buildings such as residences, dormitories, hotels, and office buildings with regular floor plans. The transverse wall doubles as a partition wall and a load-bearing wall.

, the spacing is 3 4m.

2. Longitudinal wall load-bearing. The eaves wall and the longitudinal wall parallel to the eaves wall support the floor, and the bays can be flexibly arranged, but the building stiffness is poor, and the façade cannot open a large area of doors and windows.

3. Mixed load-bearing of vertical and horizontal walls. Some of them have horizontal walls and some of them have longitudinal walls to support the floors. It is mostly used in buildings with complex planes and diverse internal space divisions.

4. Brick wall and inner frame mixed load-bearing. The interior is replaced by beams and columns instead of the wall load-bearing, and the outer retaining wall also plays the role of load-bearing. This arrangement allows for a large interior space with a flexible floor plan, but the stiffness of the building is insufficient. It is often used in large halls.

5. The bottom layer is reinforced concrete.

frame, the upper part is brick.

Science Encyclopedia of Science Brick-concrete structure.

GB-50003-2001 Code for the design of masonry structures.

The specification of brick-concrete structure for brick-concrete structure can be found on the Zhuya Building Forum, free of charge.

Structural Professional Specifications Encyclopedia (2016 Edition of the Latest Specification Bound Edition).chm

Is it possible to have a strong body meter crooked by 50 mm?

I typed a paragraph from the book, I hope it helps you! The brick foundation is divided into two parts: the wall foundation and the large foot. The base of the wall is the same thickness as the strong body, and the large foot is the expanded part under the wall base.

The underneath the large foot is the basic cushion, and the cushion is generally gray soil, broken brick triple soil or concrete. The top surface of the wall foundation should be provided with a moisture-proof layer, when the groundwater level is deep or there is no groundwater, the moisture-proof layer is generally used with a thickness of 20mm 1: waterproof mortar, which is located at the bottom surface of the bottom floor of the interior at a skin of bricks; When the groundwater level is shallow, the moisture-proof layer is generally made of 60mm thick reinforced concrete belt, and the width is the same as that of the wall.

It is best to combine the moisture-proof layer with the geosphere beam, and the height of the geosphere beam is 180 300mm. The large foot part is generally built in the form of a shun and a ding. The bottom skin of the big foot and the top brick of the wall foundation (a skin brick under the moisture-proof layer) should be mainly made of ding.

Load-bearing hollow bricks are used.

What is the brick-concrete structure, from the perspective of the material supplier, the bricks in the past were solid clay bricks, but in order to protect the cultivated land, it has been strictly forbidden to use this brick a year or two ago, and now the development of brick-concrete houses may use load-bearing hollow bricks, but the reliability and technical maturity are not as good as solid clay bricks.

The load-bearing characteristics of the hybrid rotation are mainly to transfer the weight of the floor slab to the brick wall supporting the floor slab, and then to the foundation from the brick wall, which brings a lot of convenience to the construction team and shortens the construction period.

Solid shale bricks of 240 are generally used in brick-concrete structures.

1. Brick-concrete structure refers to the use of bricks or blocks for the walls and columns of the vertical load-bearing structure in the building, and the reinforced concrete structure for the transverse load-bearing beams, floor slabs, roof panels, etc. In other words, the brick-concrete structure is a load-bearing structure with a small part of reinforced concrete and a large part of the brick wall.

2. Brick-concrete structure is a kind of mixed structure, which is a mixed structural system composed of brick walls to bear loads, reinforced concrete beams, columns, slabs and other components. It is suitable for buildings with small studio depth, small room area, multi-storey or low-rise buildings, and the load-bearing wall can not be changed, while the frame structure can be changed for most of the wall.

Shale sintered standard bricks 240 115 53 size.

The following is made of solid bricks, and the above is generally used KP load-bearing perforated bricks.

Brick-concrete structure refers to the use of brick or block masonry for the walls and columns of the vertical load-bearing structure in the building, and the reinforced concrete structure for the transverse load-bearing beams, floor slabs and roof panels.

In other words, the brick-concrete structure is a load-bearing structure with a small part of reinforced concrete and a large part of the brick wall.

Brick-concrete structure is a kind of mixed structure, which is a mixed structural system composed of brick walls to bear load, reinforced concrete beams, columns, slabs and other components, which is suitable for bays, small depths, small room areas, multi-storey or low-rise buildings.

Science Encyclopedia of Science Brick-concrete structure.

The vertical load-bearing components of the house are brick walls or brick columns, and the horizontal load-bearing components are reinforced concrete floor slabs and roof slabs, which are called brick-concrete structures.

Summary. In order to ensure the safety of the building, the necessary fire prevention measures must be taken to make it have a certain fire resistance, and even if a fire occurs, it will not cause too much damage.

According to China's national conditions and with reference to other standards, the Code for Fire Protection Design of High-rise Civil Buildings divides the fire resistance grades of high-rise civil buildings into.

Level 1 and 2; The Code for Fire Protection Design of Buildings is divided into:

Level 1, 2, 3, and 4, with Level 1 being the highest and Level 4 being the lowest.

The first-class standard for brick-concrete structures.

In order to ensure the safety of the building, the necessary fire prevention measures must be taken to make it have a certain degree of fire resistance, and even if a fire occurs, it will not cause too much damage. According to China's national conditions and with reference to the standards of other slugger infiltration, the "Code for Fire Protection Design of High-rise Civil Buildings" divides the fire resistance grades of high-rise civil buildings into.

Level 1 and 2; The Code for Fire Protection Design of Buildings is divided into:

Level 1, 2, 3, and 4, with Level 1 being the highest and Level 4 being the lowest.

Hello dear, the building fire resistance and other shed fire classification division: it is divided into four levels, the first level of fire resistance in Wangshan is the highest, and the fourth level of fire resistance is the lowest. The fire resistance class of brick-concrete structures belongs.

The first and second level fire resistance grades, that is, all the main components of the building are non-combustible bodies, or except for the hanging and middle top refractory combustible bodies, other components are non-combustible bodies. The fire resistance grade is a standard to measure the degree of fire resistance of a building, which is determined by the combustion performance and the minimum fire resistance limit of the main components such as walls, columns, beams, and floor slabs that make up the building.