Noise control: Difference between revisions

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<gallery>
File:Sound_level_meter_with_sound_waves.png|Sound level meter with sound waves
File:Geluidscherm_Overschie.jpg|Noise barrier in Overschie
File:Airbus_A321_(British_AW)_-_Aviation_noise.jpg|Airbus A321 (British Airways) - Aviation noise
File:Sound_Proofed_HALL,_Adonai_Church,_Bangalore.jpg|Sound proofed hall, Adonai Church, Bangalore
File:Schallschleuse.JPG|Noise control
File:紙飛行機_(4720476854).jpg|Noise control
</gallery>

Latest revision as of 11:01, 18 February 2025

Noise Control is the process of reducing unwanted sound, which is often referred to as noise. This process is applicable in various fields, including environmental science, health, urban planning, and engineering.

Overview[edit]

Noise control involves various strategies to prevent and reduce noise pollution. This can be achieved through the use of noise barriers, soundproofing, and noise cancellation technologies. The main goal of noise control is to reduce the adverse effects of noise on human health and the environment.

Noise Control in Different Fields[edit]

Environmental Science[edit]

In environmental science, noise control is crucial in preserving the natural acoustic environment. Excessive noise can disrupt the natural behavior of wildlife and can lead to various environmental issues.

Health[edit]

In the field of health, noise control is important in preventing noise-induced hearing loss and other health issues related to noise exposure. This includes sleep disturbances, cardiovascular diseases, and mental health issues.

Urban Planning[edit]

In urban planning, noise control is implemented through the strategic placement of buildings and roads, as well as the use of noise barriers. This is to ensure that residential areas are not exposed to excessive noise from traffic and other urban activities.

Engineering[edit]

In engineering, noise control is applied in the design of machinery and equipment to reduce the noise they produce. This is achieved through the use of soundproof materials and noise cancellation technologies.

Noise Control Strategies[edit]

There are three main strategies in noise control: source control, path control, and receiver control. Source control involves reducing the noise at its source, path control involves blocking the path of the noise, and receiver control involves protecting the receiver from the noise.

See Also[edit]

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