$Diffraction and Flutter$ $Diffraction and Flutter$

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Diffraction and Flutter

101 Audio Sound

Description

We have discussed how a space or room affects sound waves. But, what kind of effect do objects in the room have? Jeff and Charlie explain what happens when sound bends around objects in the room and some of the challenges and advantages of diffraction.

Key Points:

Diffraction is where sound bends around objects. The process of diffraction creates delays, changes the timbre, and decreases the energy of the sound wave. As an audio engineer, diffraction is something you have to be aware of.
Flutter occurs when two parallel surfaces are far enough apart that each reflection starts feeling and sounding distinct rather than combining with the direct sound. Flutter sounds more like an echo, is rapid, and unpleasing to the ear.

Pro Tip: While diffraction can create challenges, it is not always a bad thing. It can actually be used strategically to achieve a desired dispersion of sound.

Thumbnail:

We have discussed how a space or room affects sound waves. But, what kind of effect do objects in the room have? Jeff and Charlie explain what happens when sound bends around objects in the room and some of the challenges and advantages of diffraction.

Key Points:

Diffraction is where sound bends around objects. The process of diffraction creates delays, changes the timbre, and decreases the energy of the sound wave. As an audio engineer, diffraction is something you have to be aware of.
Flutter occurs when two parallel surfaces are far enough apart that each reflection starts feeling and sounding distinct rather than combining with the direct sound. Flutter sounds more like an echo, is rapid, and unpleasing to the ear.

Pro Tip: While diffraction can create challenges, it is not always a bad thing. It can actually be used strategically to achieve a desired dispersion of sound.

Thumbnail: