Welcome
to the 
TISEYRE ET ASSOCIES
TISSEYRE
& Associés puts its acoustic phenomena (Internal acoustics, insulation, noise
ambiance control) simulation tools at your disposal.
These programs
are available : see description of Hall Acoustics, Intelligibility, Noisemap, Sound reduction index
These simulation
tools make it possible to optimize the required acoustic treatments while guaranteeing
the results. They are developed by our engineers and are the result of over
20 years' experience. We also garantee the confidentiality of the operations.
The present
Calculation Centre offers quickness of execution of the calculations as well
as expertise on the tools by our engineers, this garanteeing the results.
INSTRUCTIONS
FOR YOUR CHOICES
- In order
to have a modelization carried out, fill in the forms provided to this effect.
Add all the elements you deem necessary to ensure a good understanding of
your operation, plus possibly Autocad drawings or their scanned images. Our
engineers will then analyze the data and carry out the requested calculation
within the shortest time.
- Click
on the name of the selected software. This brings you to the "input form".
- Fill
in the input form. Each piece of information is required, unless otherwise
mentioned ("optional"). It is strongly recommended that you print this page
for your own records. The name of the operation is not required, but a calculation
number will be allotted, in order to ensure confidentiality.
- Click
the Validate button. This takes you to the page : "Recording the order and
payment".
- Input
your name, address, e-mail etc, and proceed with the payment or the sending
of the order form. The Calculation Centre will send an acknowledgment in return
, after some possible demands for further details if necessary.
- The results
will be put at your disposal within the specified time limit and you will
be informed by e-mail.
Hall
Acoustics input form : Listenning room
Intelligibility
input form : Activity room
Noisemap
input form
Sound
reduction index input form
For
further information, mode down this page !
HALL
ACOUSTICS : LISTENNING ROOM
|
|
Creation
of the computer model of a hall.
| Acoustic
simulation |
| Music
hall |
| Concert
hall |
| Theatre |
| Auditorium |
| Conference
hall and the like |
Calculation
of the space response, the time response and the reception directivity.
(Description)
|
| Required
technical data |
| Frequency
calculation, octave. |
| Plan
and cross-section.
(Instructions
for sending drawing) |
| Source
and receiver to use in the calculation |
| For
each specific zone (zone with similar acoustic treatment or of
the same acoustic behaviour) - Name of the zone - Nature of the
surface ( or possibly type of occupancy furniture, or absorption
coefficient ) |
| Results |
| Presentation
of the volume, |
| The
echogram and the RT60 value, the hall's acoustic indices: Definition,
Clarity, Lateral Fraction, |
| The
graph of the attenuation of sound with distance, slope calculated
from 3 to 24 m, as well as the Gmid index and the front/back energy
ratio, |
| The
relative acoustic illumination on the model, with the scale in decibels,
for a constant sound source, |
| The
static directivity, i.e. the directions from which, at a given receiver,
the acoustic power originates, for a constant sound source, |
| The
dynamic directivity over the first 200 ms, |
| The
speech intelligibility map. |
All the results come as displayable and printable
images from your browser.
|
|
INTELLIGIBILITY
: ACTIVITY ROOM
|
|
Creation
of the computer model of the hall :
| Acoustic
simulation |
| Restaurant
room |
| Airport
hall |
| Station |
| Swimming
pool |
| Shopping
mall and the like |
Calculation
of the space response, the time response and the reception directivity.
(Description)
|
| Required
technical data |
Plan
and cross-section.
(Instructions
for sending drawing) |
| Source
and receiver to use in the calculation |
| For
each specific zone (zone with similar acoustic treatment or of
the same acoustic behaviour) - Name of the zone - Nature of the
surface ( or possibly type of occupancy furniture, or absorption
coefficient ) |
|
Results
|
| Presentation
of the volume and the acoustic treatments |
| The
echogram and RT60 value |
| The
graph of the attenuation of sound with distance |
| The
predictive ambiant noise level of the hall under activity. |
All
the results come as displayable and printable images from your browser.
|
|
Creation
of the computer model of an industrial hall (or any type of hall) with
noise sources.
Calculation
of the attenuation of sound with distance (according to the French
regulation of 30 August 1990), and of the sound pressure level inside
the hall: noise and gain maps.
(Description) |
| Data
to provide |
| Calculation
frequency, dB(A) data or octave bands. |
| Plan
and cross-section. See : (Instructions
for sending drawings) |
| For
each specific zone (zone with similar acoustic treatment or of same
acoustic behaviour) - Name of the zone - Nature of the surface, or
possibly type of occupancy /furniture, or absorption coefficient. |
| You
provide levels as: - sound power levels (ref. 10-12 W) - ound pressure
levels (ref. 2.10-5 Pa), in dBlin for octave bands, then specify the
measuring distance (m) : and the 3 dimensions of the machine (approximative
parallelepiped). |
| Results |
| Presentation
of the volume and the acoustic treatments |
| The
graph of the attenuation of sound with distance, slope calculated
from 3 to 24 m (linear regression, conforming to the French regulation
of 30 August 1990). |
| Noise
map inside the hall. |
| Gain
map between two different machine situations or two different
treatments of the hall. |
All
the results come as displayable and printable images from your browser.
|
Calculates
the sound reduction index of the following types of construction elements
(designated as panels)
| Acoustic
simulation |
| Single
panel |
| Single
panel lined with a fibrous or porous component |
| Multilayer
panel (conected by points or sticking) |
| Fibrous
or porous panel |
| Double
panel (two panels with an intermediate layer), with any de-coupling
factor |
| Triple,
quadruple, quintuple etc. panel |
| Orthotropic
panel: honeycomb or multiply structure |
| Results |
| A
graph displaying the sound reduction index, by third octave from 50
Hz to 10000 Hz, |
| The
sound reduction index results for the main structure -global : dB(A)
"road" and "pink" for the 100 Hz to 5000 Hz bands, Stc, Rw and the
maximum Rw deviation -detailed by third octave and octave, from 50
Hz to 10000 Hz. |
| A
description of each single plate making up the panel: name (usually
that of its material), number of plates, thickness, Young's modulus,
volume and surface mass, critical frequency, |
All
the results come as displayable and printable images from your browser.
|
SIÈGE
SOCIAL : 16, chemin de Manel 
31400 Toulouse Tél : (33) (0) 561 255 319
AGENCES : 16, avenue de Friedland 3ème étage 75008 Paris Tél : (33) (0) 145 612 914
BRUXELLES : (32) 2 344 85 85 CHONGQING (86) 236 389 34 84 BEIJING (86) 10 649 143 18
FAX CENTRALISE PAR INTERNET FAX : (33) (0) 561 527 423