Can the wall under the load-bearing beam be knocked off?

You can't knock on a load-bearing wall with beams. Once the load-bearing wall is knocked out or damaged, it will have serious consequences. Don't think that some load-bearing walls can be removed without making claims, and then the original bearing capacity can be achieved by strengthening methods such as planting steel bars and sticking steel. In fact, before making these construction changes, it is necessary to obtain the approval of the property.

Because the load-bearing wall with beam supports the wall of the upper floor component, it is a black wall on the engineering drawing, and it will destroy the whole building structure if it is knocked off. The floor slab is supported on structural members such as load-bearing walls and beams. In our home, the weight of the floor, the weight of the furniture and so on. , must be transmitted to the bearing wall and structural beam through the floor, and then to the bearing wall or structural column at the grass-roots level through the bearing wall and beam, and then to the foundation. The structural skeleton of the whole house, like the skeleton of the human body, is an important part to determine the safety of the whole house.

Function of load-bearing beam

The load-bearing wall supports the weight of the floor and the furniture in the house, and transfers the weight to the load-bearing wall and structural beam on the next floor. Non-load-bearing walls are made of light and simple materials. Non-load-bearing walls are generally thinner than load-bearing walls and are only used as partition walls.

Load-bearing beams are beams used to bear loads in houses. Some beams of frame structure are frame beams, some are side beams and some are secondary beams. These beams are basically load-bearing beams. You know, there is no light beam for no reason. The frame beam is load-bearing, and the main beam and the secondary beam are corresponding, both of which are frame beams. Only the two ends of the secondary beam are connected to the main beam, not the columns.

Generally speaking, beams have corresponding loads, and there is no distinction between load-bearing beams and non-load-bearing beams, but some beams can be smashed in the decoration, but it depends on the specific situation. If the other end of the beam is not loaded on the wall (beam) you see, but the beam continues to extend to the beam outside the wall, that is, the wall we see is the inner wall. This situation must not be smashed.