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AcouBAT by CYPE analyzes and designs the sound insulation and conditioning of any type of building, in compliance with different predefined regulations that are included in the application or with customized configurations of other standards or other technically personalized configurations:
AcouBAT analyses the following parameters to determine the grade of acoustic insulation and conditioning of buildings:
The AcouBAT user interface is divided into two tabs:
Users can indicate the global acoustic index which is to be applied for the evaluation of each type of insulation.
Types of spaces for the acoustic analysis
The program provides users with the possibility to define a library of different types of spaces and assign insulation limits against outdoor airborne noise and noise coming from adjacent buildings. The analysis of the reverberation time and acoustic absorption inside the spaces can also be activated.Types of equipment noise
In order to evaluate the noise generated by the building’s equipment, the application allows users to establish different types of noise and verify the sound pressure level of the machines for each type.Furthermore, for each type of noise, users can indicate if the sound produced by each source is to be evaluated individually (heating or cooling equipment) or collectively (grilles or diffusers of the ventilation system).Interaction between different types of spaces
AcouBAT allows users to calculate the level of indoor airborne sound insulation and impact noise between pairs of spaces based on their type. Users can indicate limit levels for each acoustic quantity in order to verify the current standard.
AcouBAT incorporates the sound trial database of the Acoubat analysis engine, which is managed by the CSTB. Each product is classed in accordance with the following categories depending on its use in the building:
The program includes a search engine, which searches using the product reference, and a comparison tool that superimposes the acoustic behavior curves of up to four products to help users with their final choice.
Apart from the products incorporated by default by AcouBAT, the program allows users to add new elements by manually introducing their acoustic properties, which can then be used in any project.Additionally, thanks to the copy and paste options, the values of each test can be inserted quickly and accurately in the customized product. This can be done by copying the data directly from a spreadsheet or using the connection with the acoustic system behaviour prediction program, AcouSYS, developed by the CSTB (Scientific and Technical Centre for Building).The products of the database are assigned by users to the types of elements defined in the program library (in the “Model” tab).
The program offers users the possibility to define a library with the existing types of spaces in the building. The types can be assigned limit values for outdoor airborne sound and sound from adjacent buildings. Users can jointly activate the calculations for the reverberation time and indoor sound absorption.The specific spaces of the building have to be linked to one of the existing types, and their geometric properties, such as volume and surface area, must be introduced. This data can be obtained from the information contained in the BIM model, if the work is being carried out in the Open BIM workflow.Use units
The spaces of the building can be grouped in use units. The values for indoor airborne noise insulation and impact sound insulation that have been indicated in the Interaction between space types section, will not be calculated for pairs of spaces of the same use unit, unless indicated otherwise in “Space definition”.The spaces that do not belong to a use unit can be grouped in “Spaces without an assigned use unit”, this way the program understands they act as independent units.
Users can define types of vertical separators such as façades, partitions and basement walls in the program library. The construction solution of the base element can be selected and internal and/or external linings can be introduced.Once the types have been defined, they can be assigned to the spaces of the project, where their location and dimensions can be assigned. Similarly, the program allows users to indicate whether there are doors, windows or openings in partitions or façades.
Façade shape factor
For the calculation of insulation against outdoor airborne sound, for vertical façades of the building, AcouBAT by CYPE allows users to include the level difference due to the shape of the façade for the shape façades and orientations of the sound source, as indicated in the EN 12365-3:2000 code.
Horizontal separation elements are defined in a similar manner as are walls except, in these cases, the selected products can contain impact sound data. Contained in this group are screeds, floor slabs and roofs.As occurs with walls, users can select a bottom cladding (dropped ceiling) and top cladding (floor covering).
Openings such as doors, windows and skylights are defined in the program library. Openings are introduced in the façades of the project, where their area is specified and one of the classes defined in the library is assigned to them.In the case of windows, users can assign a type of blind box from the database, which will be analyzed as an independent opening.
Unlike other openings, air inlets are characterized by the difference in the normalized level of the element, Dn,w, instead of the acoustic reduction index, R. Once the types have been defined in the program’s library, they can be introduced for the walls and slabs of the model in the same way as for doors, windows and skylights.
The application allows users to introduce sound sources in the building. For each sources in the library, users must specify an operating class according to the types of noise that have been previously introduced in the general parameters of the project. Additionally, the equipment must be related to one of the products of the Acoubat database, to be able to indicate its acoustic properties. The equipment can be introduced in a specific space or outside the building. For the first case, users only have to access the space where the source is located and add a new element to the list of different types of the library. The outdoor equipment equipment, on the other hand, is introduced in a specific section within the tree of the application. Users also have to add the distance between the source and the closest partition or façade of each affected space and, depending on the surfaces near the source, the value for the directivity factor (Q) of the machine..
AcouBAT allows users to define the connections between construction elements of the project, which are required to determine the vibration reduction index, Kij, which is used in the indirect or flanking sound transmission. Users can indicate which components make up the connection, the angles formed between them and the length of the connecting edge, lij.Furniture
Three-dimensional objects, such as people or furniture, with absorption area values can also be introduced inside spaces. These devices increase the sound absorption area of the space and consequently, reduce the reverberation time.Absorbent layers
The absorbent layer library allows users to introduce 2D absorption elements in the project model. These, as occurs with furniture, are not taken into account when calculating the acoustic insulation and only affect the prediction of the reverberation level inside the space where they are installed.Since the types of absorbent layers are characterized by their sound absorption coefficient (α), they must be associated to the interior or exterior surface of a partition or façade.
Once the analysis has been carried out, AcouBAT allows users to view the magnitude of the evaluated sound values, so they can analyse the results in the most efficient manner depending on their needs.
When the analysis process has ended, a general summary, in histogram format, is displayed which allows users to quickly identify the values of the global sound indices that lie outside the allowable range.AcouBAT by CYPE displays a drop-down menu, for each receptor space, with the results of the global indices that have been selected to measure each sound magnitude. If the verification of a limit value has been selected, it will be viewed next to the value obtained for the sound index.When work is carried out on a BIM model, when a result is selected from the list, the elements involved in the analysis (pairs of spaces, connections, partitions…) are highlighted in the 3D view of the building.
For each analysis that is carried out, the program offers users the option to generate a report containing the values obtained in octave third bands. The document also includes information regarding the analysis, such as the spaces involved and formula used.The results for each frequency can be viewed in three different ways:
Finally, each of the paths of the connections (direct-flanking, flanking-direct and flanking-flanking) can be inspected, as well as the values obtained for the velocity difference in the connection (Dv,ij).
Once the analysis has been carried out, AcouBAT by CYPE generated automatically, the following justification reports for the project:
MEP DESIGN, MODELING, SIMULATION AND CODE COMPLIANCE
Tools for integrating into the Open BIM workflow
Architectural elements (envelope, cladding and equipment)
Façades and internal walls
Stairs and ramps
Fire protection installations (sprinklers and fire hydrants)
Evacuation of gases
Fire dynamic simulation (FDS)
Energy simulation (EnergyPlus)
Production and distribution
Direct expansion systems
1x1, multisplit and VRF
LEED v4.0 CAI CREDITS 8.1
Sound insulation and proofing
Bill of quantities (BOQ)
Automatic quantities extracted from DXF/DWG models
Cost estimation and automatic quantity measurements collected from BIM models
Automatic clash detection
Access and display of documents
Visualization of the project online
Visualization of the project in augmented reality (AR)
Visualization of the project in virtual reality (VR)
Manufacturer's system requirements are generally the bare minimum that you need to run the software and insufficient for effective and productive operation of the product. Our suggested "real world" mid-range desktop system key specifications to properly run CYPE are as follows:
Novedge, in partnership with High Speed Computing, can also provide the perfect hardware for your design needs, pre-installed with your software, at a very competitive price. Contact us to discuss custom-configured workstations and laptops.
Gold 3D Workstation
CPU: Intel Core i9Memory: 32GBHard Drive: 1TB NVMeGraphics Card: NVIDIA QUADRO RTX4000
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