Close the door and the whole house and walls are shaking? The house will shake when the door is clos

If the house and walls are shaking when the door is closed, it means that the building is not too qualified, and you should seize the time to rectify the hidden dangers in terms of safety. Avoid dangerous things happening. If the house and walls are shaking when the door is closed, it means that the building is not too qualified, and you should seize the time to rectify the hidden dangers in terms of safety.

Avoid dangerous things happening. If the house and walls are shaking when the door is closed, it means that the building is not too qualified, and you should seize the time to rectify the hidden dangers in terms of safety. Avoid dangerous things happening.

This can only mean that there is a problem with the construction of the house, the walls are too thin, or some other reason, or you feel that the problem is. Sometimes, when the door is closed, it can shake even if it is too hard.

It's your subconscious that is doing it, you can feel it, if you focus on one thing and don't think about it, then you won't feel anything, but when you sit, your brain will involuntarily manipulate you to feel this "thing", you will have a feeling, this feeling has existed for a few days, is there a construction site near your home, if there is nothing, but the feeling is shaking, it has affected your life, it is recommended that you see a psychiatrist. You should have been stressed recently and have a lot of worries, it is recommended that you relax and go out for a walk, or you can keep a puppy at home as a companion.

The main thing is that the wall panels are not thick, and the structure of the house is not solid. You can fix a small towel on the side of the door to cushion it and close the door better.

Stuff blocked. Or stick to something else and don't let it blow open.

Well, that's a good phenomenon, it's a resonance phenomenon.

The phenomenon of resonance refers to the tendency of a physical system to absorb more energy from its surroundings at its natural vibrational frequency (so-called resonance frequency) and natural wavelength. There are many places in nature where there is a phenomenon of resonance. Humans are also using or trying to avoid resonance phenomena in their technology.

Some examples of resonance are: wavelength resonance of antennas, orbital resonance between moons of some Jupiteroids in the solar system, resonance of light by cones in animal eyes, resonance of photon transitions in quantum mechanics, resonance of electrical circuits, etc.

Generally speaking, a system (whether mechanical, thermal, or electronic) has multiple resonant frequencies at which it is easier to vibrate and more difficult to vibrate at other frequencies. If the frequency that causes the vibration is complex (e.g. an shock or a wideband vibration), a system will generally "pick out" its resonant frequency to vibrate with that frequency, and in fact a system will filter out other frequencies.

All vibrations must be manifested in the form of displacement, and behind them must be the flow of energy. The fundamental reason why resonance is so powerful is that resonance causes external forces to act directly at the molecular or atomic level (or some other specific level), and continuously absorb energy, causing it to undergo a small range of violent displacements.

If the external frequency is inconsistent with the natural frequency, then the object of the external force is the whole object, but if it is consistent with the natural frequency, then the object of action directly becomes a molecule and atom, and the resonance destroys the unity between the particles, making them fight with each other, and the result is that the whole system collapses instantly.

From the perspective of the pendulum, a macroscopic vibration system, if the pace of the external force is the same as the natural frequency of the pendulum (for example, when the pendulum always moves to the highest point, the pendulum is given an oblique downward force), then the pendulum will continue to absorb external energy. The external energy is completely absorbed every time, and the pendulum does not export any energy to the outside world, so the energy possessed by the pendulum itself increases dramatically.

If the pace of the external force is inconsistent with the pendulum, then the energy absorbed last time may be offset by the external force next time, and the gravitational potential energy of the pendulum itself will also be offset by the external force from time to time, which makes the energy of the pendulum itself always remain at a fluctuating level, and the peak value will not be too high, and the energy is repeatedly absorbed, lost, absorbed, and lost.

There are 2 different situations:

1. Airborne energy generation: The environment is relatively closed, when the neighbor closes the door and closes the door with some force, because of the squeezing of the air, some objects (such as window frames) will vibrate, which is a normal situation.

2. The energy generated by the propagation of objects: the houses built in 01 are generally brick and concrete structures, and the impact energy generated by the neighbor's door is transmitted through the wall (such as the window frame) to produce vibration, which is a normal situation.

If you feel that your floor is shaking, it is not normal, and you need to limit the use of load.

No, this is normal! So do we. That could have been affected by the tremors. Don't worry!

Well, that's a good phenomenon, it's a resonance phenomenon.

Hello, in general the house is not moving, hehe.

Because the building construction is a very strict project, before the construction, the foundation is very important, whether it is a building or a square, before the construction of the foundation must be a process. In the process of construction, the building is generally made of reinforced concrete, and the square is a brick wall, so the house will not move, people often say that the house is moving, often for high-rise buildings, just like an oil derrick, a few hundred meters high When you climb to the top, due to natural actions such as wind and earth gravity, the steel frame will swing back and forth 4-5 meters, this is because of the flexibility of steel, and the same is true for high-rise buildings.

The window rings when the door is closed, which may be caused by this reason: the doors and windows in your house are very well sealed, and when you close the door, the convective air generated in the room cannot be quickly discharged from the window gap. That's it,,, just rest assured.

Because when you exert force, the walls around the door will shake, and it will cause the other walls to move together, so the windows and other doors will shake.

Not the cause of the airflow.

It is a problem of the structure of the house, what kind of bricks are used as the main load-bearing components of the building material, and the way of building are all particular.

Then there is the relationship with the age of the house (the age of the house).

You can check the levelness and compactness of your doors and windows, if there is a gap, it will also cause jitter, and the solution is relatively simple - fill the filler, or use plastic steel doors and windows with heavy weight, aluminum-plastic doors and windows, and abandon iron doors and windows or aluminum alloy doors and windows with less than wall thickness.

The other party closed the door too hard. It is recommended to talk to a neighbor and ask him to pay attention. Another possibility is that the house is too old. This one will have to be replaced.

Your recognition is what keeps me going

o(o, help each other and all the best!)

1.It may be caused by the force of the door closing next door.

2.The walls of your buildings are monolithic.

Solution: Communicate more with your neighbors, and neighbors should understand each other.

Of course, it also has to do with the airflow.

If the other doors and windows are closed, there will be no air circulation. When you close the last door, the door panel will push the air out as you close the door, and if you go faster, the room will be starved of air instantly, and it will be blocked by other doors and windows when you inhale. Blocking doors and windows vibrate when they are hit by air.

This can also happen in some houses without closing all the doors and windows.

In short, it is because the airflow is affected.

When the door is opened and closed, the other doors and windows in the house will vibrate because the air pressure in the room changes sharply during the opening and closing of the door (when the gap between the doors is small) causes the other doors and windows in the house to vibrate (provided that the other doors and windows are closed).

It is normal for heavy-duty vehicles or high-speed vehicles on arterial roads to produce significant vibrations within a certain range of the road, causing nearby buildings to feel the vibration. Each building has a certain seismic intensity design, just like the big ** in Sichuan, the aftershocks are continuous, but the buildings in the city of Chengdu are safe and sound, because of the seismic design.

There is a seismic design, and the vibration within the design seismic intensity range will not damage the house, but the long-term uninterrupted vibration will definitely have an impact on the life of the house.