Acoustic design with 3D visualisation and acoustic simulation

The 3D visualisation of the room will reproduce the room dimensions and the position of the walls. In addition, where possible, the furnishings of the room will be included in the design, but using placeholder models (for example, the appearance of the desk or wardrobe will differ from the actual ones). The design does not include or present colour variants of the acoustic treatment elements or of the room itself.
The design will include Addictive Sound acoustic panels, and the client will receive dimensioned wall elements showing their layout.
If needed, the client is entitled to one round of revisions in order to adapt the design to their own guidelines and expectations.

As an additional option, it is possible to purchase a simulation in the Odeon software and prepare the design on its basis. The client will receive the reverberation time and the frequency response of the room before and after the installation of the acoustic treatment elements.

Note: Even when using the most advanced tools, the simulation results may differ from actual acoustic measurements. This may be influenced by many factors, such as different acoustic parameters of the existing walls, the technique used for acoustic measurements, different humidity or air pressure during the measurements, etc.

Acoustic simulation software is limited by a cut-off frequency below which it is more difficult to predict the propagation of the sound wave. This frequency is usually calculated according to the formula:

f = 2000 √(T60 / V) [Hz], where T60 is the reverberation time and V is the volume of the room.

The cut-off frequency is mainly relevant for very small rooms.

In some rooms, due to their construction and the materials used to build the walls, it is not possible to achieve the assumed acoustic performance. When designing the room, Addictive Sound will make every effort to achieve the best possible result in the given room using the acoustic treatment elements from its product range.