avidyarthy
Well-Known Member
I may be wrong here ......... just applying logic again.
The low frequencies are not carried to the floor thru the feet of the sub. This is a down-firing sub, where the sound waves generated get a direct access to the floor first before disintegrating or breaking off in different directions after hitting the floor. Possibly, the sound waves are creating a resonance on the 'hit' spot, which is getting carried to the floor below.
It is possible that the effects might be increased now (with the foam) since the gap between the sub bottom and the floor has slightly increased. A 'better' sound wave is now hitting the floor, with the foam on. Quite similar to a bullet being thrown further in a longer barreled gun. So, an insulation at the sub-bottom might be the answer to transmit the energy to the sides instead to the floor. That might reduce the sub performance by a bit, as a part of the energy would be absorbed and killed by the insulation.
The low frequencies are not carried to the floor thru the feet of the sub. This is a down-firing sub, where the sound waves generated get a direct access to the floor first before disintegrating or breaking off in different directions after hitting the floor. Possibly, the sound waves are creating a resonance on the 'hit' spot, which is getting carried to the floor below.
It is possible that the effects might be increased now (with the foam) since the gap between the sub bottom and the floor has slightly increased. A 'better' sound wave is now hitting the floor, with the foam on. Quite similar to a bullet being thrown further in a longer barreled gun. So, an insulation at the sub-bottom might be the answer to transmit the energy to the sides instead to the floor. That might reduce the sub performance by a bit, as a part of the energy would be absorbed and killed by the insulation.