Description
Overview
Essential details:BGTR8HE 24491276A1004 Frame equipment ALSTOM
The main difference between frame structure and brick concrete structure is the bearing way. The load-bearing structure of frame structure is beam, plate and column, while the load-bearing structure of brick and concrete structure is floor and wall. In terms of firmness, it is theoretically said that the firmness of frame structure is greater than that of brick-concrete structure. Therefore, the building height of brick-concrete structure can not exceed 6 floors in architectural design, while the frame structure can achieve dozens of floors.
However, in the actual construction process, the country stipulates the earthquake-resistant grade of buildings, whether it is brick and concrete or frame, which should be reached. Even if developers use frame structure to build houses, they will not increase investment in order to improve the robustness of the buildings, as long as the earthquake-resistant grade is satisfied.
In terms of sound insulation effect, the sound insulation effect of brick housing is medium, the sound insulation effect of frame structure depends on the selection of partition materials, some advanced partition materials sound insulation effect is better than brick, and ordinary partition materials, such as cement hollow board, sound insulation effect is very poor.
If you want to transform the interior space, because most of the walls of the frame structure are not load-bearing, it is relatively simple to transform, knock off the walls, and many walls of the brick and concrete structure are load-bearing structures, which are not allowed to be dismantled, you can only do something on a few non-load-bearing walls. A simple way to distinguish between load-bearing and non-load-bearing walls is to look at wall thickness. Walls 240mm thick are load-bearing, and walls 120mm or thinner are non-load-bearing.
The difference between frame structure and frame shear structure
The main difference between frame shear structure and frame structure is the shear wall, the lateral stiffness of frame structure is not strong, high-rise or super high-rise frame structure building is even more so! To solve this problem, shear walls (or aseismic walls) are used. Shear wall is a component with uninterrupted lateral force resistance from the top of the foundation to the design height. Its lateral stiffness is large, but its lateral stiffness is small, so it is generally not considered to bear vertical load. Its layout should be carried out in accordance with relevant regulations, of course, shear wall can also play the role of wall enclosure and separation.
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