Architectural Noise Control- The Art Of Sound Design

By Author: Henry Janice
Total Articles: 139
Comment this article

When you think about acoustics, you possibly think about concert halls. But musicians are not the only ones that benefit from good acoustics. Architectural noise control is important in making sure sounds are transmitted effectively and clearly.

They matter speaking of keeping of keeping things quiet in places such as museums or libraries, or in ensuring loud noises are not that loud, in places such as casinos.

Loud noise can enhance anxiousness, stress and blood pressure, and put people at a greater stake of heart disease and stroke. On the other hand, a well-designed building with the right classroom acoustics can impact the mental health of a person and overall sense of well being for good.

The fact is proper acoustics is vital in almost any environment. This is why it is important to get them right from the beginning.

What is Architectural noise control?

Acoustics ...
... is basically a branch of physics that emphasizes on studying sound. How it is received, controlled, transmitted, produced and the impacts of this process. It is ideal to do that, and lessening noise levels while doing that is advantageous.

Doing this involves considering various factors, including the geometry of the room and materials used in construction, particularly with noise absorbing curtains. Mechanical systems can play a role also. Motors, fans and other mechanical components can create noises that cause undesired distractions and might interfere with the transmission of communication.

Take these factors into consideration while designing buildings with the right shapes, surfaces and mechanical systems to deploy and control sound efficiently.

Interestingly, research found that there is actually enough room shape for accomplishing ideal acoustics. It is rectangular and constructed using the golden ratio.

Speaking of materials, soft materials like fiberglass insulation, carpet, and foam padding have a tendency to absorb sound well, while harder materials like brick and concrete have a tendency to reflect it. Wood can reflect sound properly, but if the holes are drilled, it can also absorb it.

Mechanical components like sound absorbing curtains can be positioned at a distance from rooms to lessen their effect on acoustics, and noise controls like technology and insulation can also be used.

Conclusion

Accounting for possible acoustical challenges and sound variations during the design of any construction project will make your job simpler and enhance the odds of success in the long haul.

It will permit you to design rooms in the right shape to ensure the best possible architectural noise control, and also to choose the best building materials to work as diffusers and noise absorbers wherever required. You will also be able to choose the right equipment for the construction job that you are planning.

You can be sure you are on the way to a successful construction project if you consider the aspects of good architectural acoustics.