Recent content by Jaryd Miles

Say the application is testing the sound insulation of a wall, where it is desired to have equal energy at all frequencies incident on the wall (to give a truer representation of the wall's performance). So 'audio quality' aside, would the random phase give a more even sound pressure level...

Will constantly randomizing the phase of an audio signal, say a speaker in the corner of a square room, reduce standing waves (i.e. room modes) in the room? For example if you wanted to create a diffuse field in a small (i.e. no standing wave interference patterns) at low frequencies.

No one?

Apologies. I should have been more specific. Assume the sources are two small loudspeakers radiating low frequencies, ie omnidirectional radiation.

Homework Statement For a fixed given electrical power to two monopole sources, producing the same frequency. Which mode, either in-phase or out of phase, will radiate the most sound power into the far-field? Homework Equations Is the radiated sound power dependent of the given electrical...