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Personally, I think there are many reasons, but many times the house does not move, and the window glass vibrates, so I think it is the house that shakes. When the car walks by, the general weight of the car does not have a great impact on the ground, but the car will have the influence of sound and airflow, which will drive the change of the surrounding air, and then when the influence range reaches the glass, it will cause the window to tremble, which may be related to the resonance frequency.
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There are several reasons why a house might shake when a vehicle passes by:
1.Airflow from the vehicle's driving: When a vehicle passes at a high speed, a stream of air is created around it. This air flow may be enough to cause nearby buildings to shake.
2.Weight and movement of the vehicle: When the vehicle is driven on the road, it generates certain vibrations and shocks. These vibrations and shocks can be transmitted to surrounding buildings, especially if the connection between the building and the ground is not strong enough.
3.Propagation of sound waves: When a vehicle is driving on the road, a certain amount of noise is generated. These noises may travel to surrounding buildings in the form of sound waves, causing vibrations.
It is important to note that these factors may vary for different buildings and different road conditions. In addition, if the house continues to experience unusual vibrations, it may be necessary to have a professional engineer or architect inspect and evaluate it.
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Generally speaking, it is normal, how many floors does the house you live in? It is normal for the high floor to have vibration on more than 10 floors, and the foundation depth of the low floor is relatively shallow, while the engineering vehicle is generally heavier and has vibration itself, and there will be a slight vibration when the distance is close, which is normal and do not worry. I promise it won't affect the house.
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Look at what the structure is.
Old-fashioned mixed up-to-the-floor houses may have slight shaking.
Fully cast-in-place or frame structures will not shake first.
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The house is not very solid, and this feeling is usually noticeable on the same side, for example, if a person is standing on a bridge and there is a car passing by on the bridge. If it is so high, it will be affected unless it is affected by activities such as laying foundations, so it is relatively abnormal.
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Normally, not only the frame structure, but any structure will react, the higher the floor, the more powerful it feels, and the closer it is to the roadside, the more powerful it feels.
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The car will generally not shake when passing by the house, except on the road in front of your house. The foundation is poor, and then the overall roadbed is not good. caused an overall shaking, which is possible, especially for some container trucks.
The roadbed that caused the impact on the road surface and the hospital was not very strong, and it vibrated the road routine and the house side of the bicycle for a day.
Foundation refers to the soil or rock mass underneath the building that supports the foundation. The soil layer that serves as the foundation of a building is divided into rock, gravel soil, sand, silt, clayey soil and artificial fill. There are two types of foundations: natural foundations and artificial foundations (composite foundations).
A natural foundation is a natural layer of soil that does not need to be reinforced by man. Artificial foundations need to be reinforced, and there are stone chip cushions, sand cushions, mixed ash backfill and then tamping, etc.
Foundation design. The soil (or rock mass) that supports the superstructure load transmitted by the foundation. In order to make the building safe and normal use without being damaged, the foundation is required to be not damaged under the load; The deformation of the soil layer that makes up the foundation due to expansion and contraction, compression, frost heave, collapsibility and other reasons should not be too large.
When working on foundation design, consider:
The pressure per unit area of the bottom surface of the foundation is less than the allowable bearing capacity of the foundation.
The settlement value of the building is less than the allowable deformation value.
There is no danger of slipping the foundation.
Due to the different sizes of the buildings, the requirements for the strength of the foundation are also different, and the foundation design must consider the requirements of three aspects from the actual situation. Sometimes only one aspect needs to be considered, and sometimes two or three of them need to be considered.
If the above requirements are not met, it is necessary to make corresponding modifications to the foundation design scheme or carry out foundation treatment (physical or chemical technical treatment is adopted for the soil layer in the foundation, such as surface compaction, soil pile compaction, vibration, preloading, chemical reinforcement and in-situ mixing pile, etc.), so as to improve its structural properties and meet the requirements of the building for foundation design.
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In a house on the side of the road, every time a large truck passes by, it will vibrate and shake, is this normal or the poor quality of the house itself. When I fall asleep at night, I will be woken up by the big trucks coming and going, and I am a little afraid.
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I feel the same way, so I can't buy a house close to the side of the road (except for business). It's better to be the second one, and the noise and dust are blocked by the first one.
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Buildings that don't shake are of poor quality and may collapse.
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The house on the side of the road, why did the car run by and feel the vibration?
Hello! We're happy to answer for you! There are several factors that make it feel like a car passing by on the side of the road:
1.It is the structure of the house that is relatively thin and thin, which is easy to cause resonance, and the air pressure change brought by the air flow when the car passes by, resulting in the resonance of the house. 2.
It is the direct tire noise conduction, air noise conduction, the house itself is quite erect and the sound barrier, directly excited by the noise and vibrate. 3. The direct conduction of the earthquake of the road surface will also cause the house to vibrate.