Exhibitor Workshops
During the Industrial Sessions scheduled just after the lunch break on Monday 26/08 and Tuesday 27/08, exhibitors will offer 40-minute workshops within dedicated time slots outside the scientific sessions.
They are free to all congress delegates, and to One-Day Exhibition Visitors on their day of booking.
Registration of participants to the workshops is available by logging into their online account and going to the “Additional options” section.
Exhibitor Workshop program
Monday 26 August, 13.40-14.20
Abstract
The control of noise arising from construction activities effecting the surrounding community is not an issue isolated to a single country. The fundamental principals of construction noise remain the same the world over, however, the approach to monitoring, controlling and legislating this issue varies between countries and in some cases regional authorities.
In this workshop we have set out to review and summarise the different approaches taken to monitor and control construction noise in the UK, France, Monaco, Germany, Sweden, the USA and Canada. We have reviewed local legislation and limits, the parameters recorded and best practice with regards to monitoring, reporting and control.
In consultation with experts from each country we have identified the regional factors which have led to the different approaches along with advantages and limitations for each method.
Abstract
Let’s explore how the essence of innovation in acoustics lies in listening carefully and responding to real needs on the ground. By adopting an approach resolutely oriented towards action and practical application, we will demonstrate through case studies and feedback how the most avant-garde acoustic solutions are those designed in perfect harmony with the specific expectations and constraints of users.
This workshop will highlight recent success stories where acoustics has met a variety of challenges :
- Improving industrial maintenance by analysing sound to prevent breakdowns,
- Increasing public safety by accurately identifying critical sound sources such as gunshots,
- Managing a construction site using the “balance approach”.
By focusing on the innovation process, from the recognition of the need to the delivery of an effective and adapted solution, this workshop will illustrate that true innovation is measured not only by its capacity for technological breakthrough, but above all by its tangible and positive impact in the field.
Abstract
Since a few years now, sustainable buildings are in rising demands leading to increasing use of wood construction due to its sustainable character.
Following this trend, mass timber solutions, including cross-laminated timber (CLT), can be an excellent substitute to more traditional, stiffer and heavier building materials such as concrete and steel, when some of their inherent properties aren’t required.
However, while CLT has many advantages as a sustainable building material, it can also pose some rather unique challenges in terms of acoustics. Due to its orthotropic character and low mass density, the material is less effective acoustically, resulting in increased direct sound transmission and flanking transmission paths.
CDM Stravitec has developed and tested floating floor solutions to reduce direct sound transmission. To reduce flanking sound transmission elastic decoupling materials can be installed, and to maintain structural stability, complementary anchors with acoustic decoupling feature need to be installed. Acoustical and structural integrity tests on the developed flanking sound isolation solutions were performed.
CLT panels are also an ideal building material for 3D modular constructions, however, transferring vertical and horizontal forces between stacked modules can compromise acoustic requirements. CDM Stravitec has developed solutions using pre-compressed elastomer decoupling techniques to transfer forces without compromising sound insulation. Structural integrity tests on the couplers and in-situ measurements of airborne sound isolation have shown that good coupling design can achieve the correct load transfer and high sound insulation between the modular structures.
The results of the above-mentioned test campaigns and main findings will be presented and discussed during this workshop, as well as challenges of designing acoustical solutions for mass timber construction without compromising functional and structural integrity of the building.
Keywords: timber construction, cross-laminated timber, modular construction, acoustics, direct sound transmission, flanking transmission, structural integrity.
Abstract
An advanced 2D analysis is developed to accurately determine the Transmission Loss (TL) of axisymmetric dissipative mufflers. These mufflers may include a pod, one or several rings, and/or lining. The model takes into consideration the acoustic properties of perforated sheets and fiber.
To calculate the eigenvalues and eigenfunctions of sound propagation, the model utilizes complex function analysis, effectively identifying the zeros of the function. Employing the least attenuated mode technique, the model then derives the transmission loss.
To validate the model’s accuracy, the derived transmission loss is compared with the results obtained from a finite element software. The comparison reveals a remarkable agreement between the two sets of results, affirming the reliability and effectiveness of the developed analysis.
The proposed model can be easily customized to incorporate mean flow or integrated into a mode matching method 1 to 4 to simulate hybrid silencers with both reactive and dissipative components.
Abstract
User experience is frequently overlooked in product development and may result in an unsatisfactory experience. The use of metrics development in combination with psychoacoustic analysis provides a powerful tool for incorporating user experience into your everyday product development. In this workshop we will show you all the important steps of the metrics development process, from jury testing to the use of the latest psychoacoustic analysis, using a practical example.
Abstract
This workshop demonstrates the use of Manatee e-NVH CAE collaborative platform by NVH Engineers involved in the development of electric drive systems. In the example chosen to illustrate the workshop, an electric motor with Permanent Magnets is responsible for magnetic excitations of the electric vehicle powertrain, besides the mechanical excitations produced by the gear system. These electromagnetic forces produce dynamic vibrations of the e-powertrain housing and driveline at some specific harmonics, resulting in strong tonalities. This results in so-called electromagnetic Noise, Vibration and Harshness (e-NVH) which can be propagated as air-borne or structure-borne noise.
After troubleshooting the magnetic vibration problem (radial pulsating excitation at H48, exciting a structural mode of the structure), stiffening the housing leads to a significant noise reduction in high-speed range. Besides, eccentric rotor NVH simulations demonstrate that going from 10 to 20% static eccentricity only increases NVH levels of a few dB.
AcouS STICS21® Software Suite for the prediction of partition acoustic performances and insulations between premises – Description and practical application on CLT wood construction
Abstract
After a short presentation of the AcouS STICS21® Software Suite composed of AcouS STIFF® dedicated to the prediction of sound transmission loss of partitions, AcouS STING® dedicated to the prediction of the impact noise level of floors and AcouS STICS21® for the calculation of airborne and structure-borne noise insulation levels (Dn,T & L’nT), all reunited in one tool, a practical application of CLT wood construction will be presented. The situation is the one of a CLT construction (facade and floor) with wall lining and floor covering. It will be seen how to simulate each construction element independently (R and Ln) and thereafter the assembling of theses in connected volumes for insulation predictions. Through this example, the calculation model integrated into AcouS STICS21®, issued from the ISO 12354 standard series, will be recalled and the philosophy of the use of different types of junctions (Kij) and other possible and necessary approximations at the time of calculation will be discussed. A variant of this example with a wooden frame facade will also be presented: how to model the facade alone and how it can be integrated into the insulation calculations.
Advances in Noise Reduction: Exploring Sound Intensity, Source Localization and Ranking
Date/Time: Monday 26 August, 13.40 – 14.20
Room:
Abstract
This seminar will discuss the latest advancements in noise reduction, with a focus on sound intensity, source localization, and noise ranking methodologies. Participants will learn about innovative techniques and tools for accurately measuring and analyzing sound, which are crucial in solving acoustic problems across various industries. Through a combination of theoretical insights and practical use cases, this session demonstrates how to implement effective noise control strategies. It will cover the usage of particle velocity sensors, the combination of experimental data with numerical simulations, and other state-of-the-art technologies to ensure that acoustic targets are met in diverse environments.
With the upcoming French railways vibrations regulations, short review of the French consultancy knowledge and research works about the prediction and mitigation of the vibrations propagation in the grounds and buildings
Date/Time: Monday 26 August, 13.40 – 14.20
Room:
Abstract
Short review of what we are able to do (modelings, measurements, …), what we are working on (2D/3D finite element calculations, indicators, target values, …), the obstacles that remain (poor input data, definition of the appropriate target values, …) with one or two examples on real cases. This would be an introduction to discussion and sharings with participants from other countries on their own practices and feedback. The opportunity to “share knowledges” on this complex topic.
Acoustic Performance and Sound Quality : From Prediction to Sound Design
Date/Time: Monday 26 August, 13.40 – 14.20
Room:
Abstract
Through live demonstrations and presentations on Automotive, Aerospace and Consumer Goods industry applications, the Ansys Sound workshop will be showcasing a wide variety of examples with regards to the Ansys Acoustic portfolio including:
- CAE-NVH simulation of components such as E-motors
- Virtual prototypes Acoustic analysis and Listening
- Sound synthesis scenario and Auralization
- Defect detection and Troubleshooting
- Psychoacoustics and Listening Tests
- Active Sound Design for Electric Vehicles
This workshop is designed for Acoustic/NVH Engineers and Researchers.
Determination of meta-materials parameters by comparison between theoretical value given by geometry and Measurement with laser doppler vibrometry
Date/Time: Monday 26 August, 13.40 – 14.20
Room:
Abstract
To determine physical characteristics of a materials it is possible to compute the theorical operation deflection shape/ eigen frequencies for a solvable geometry . Then by comparison with experimental data , one can solve the inverse problem and determine the physical parameters of the materials. With the help of the LOMC teams of the University of Le Havre we propose to apply this method to metamaterials.
How we can improve the acoustic design of your wooden construction project.
Date/Time: Monday 26 August, 13.40 – 14.20
Room:
Abstract
And how we can support your sustainability goals with our c2c and EPD based solutions.
Mastering Vibration Isolation Design: Practical Insights and Hands-On Training with Getzner FreqCalc
Date/Time: Monday 26 August, 13.40 – 14.20
Room:
Abstract
Gain a comprehensive understanding of vibration isolation principles and calculation techniques. The session includes an introduction to Getzner, a deep dive into the technical calculation theory, and a hands-on login session with the FreqCalc tool. Participants will work through a real-world example of a single-point bearing design and engage in a practical session to apply their knowledge. We will also present a case study of a full building project, showcasing detailed calculations and design drawings.
Topic to be specified
Date/Time: Monday 26 August, 13.40 – 14.20
Room:
Abstract
Summary to be published soon…
Topic to be specified
Date/Time: Monday 26 August, 13.40 – 14.20
Room:
Abstract
Summary to be published soon…
Tuesday 27 August, 13.40-14.20
Abstract
In this workshop we will introduce you to our iNoise and NoiseAtWork software.
iNoise is an intuitive and quality-assured software for modelling environmental noise from industry, roads and railways according to the CNOSSOS-EU and ISO 9613 noise prediction methods. During the workshop we will demonstrate how easy it is to build, calculate and report environmental noise models with the cost-effective iNoise.
NoiseAtWork is a simple yet powerful tool for reporting any type of measurement as interpolated contours, thus adding value to your reports. During the workshop we will demonstrate how extremely easy it is to create and report interpolated contour maps for any measured indicator such as Noise in dB(A), Temperature in °C, Humidity in % and/or Gas concentration in ppm.
Abstract
Acoustic sandwich panels could be used in (industrial) noise control to reduce the reverberation in production halls and to protect the environment installations or traffic.
We will demonstrate our extensive test program with result up to a Rw of 70 dB. The effect of a cavity, absorption in the cavity, adding mass to a panel.
We will also demonstrate some projects where our solutions have been advised.
Abstract
To address the challenge of noise pollution associated with the rising frequency of open-air events in urban areas, proactive noise predictions are indispensable for averting noise-related issues. However, integrating coherent sound sources from diverse manufacturers into noise forecasts requires an open exchange format for sound system planning software and environmental noise software. The need to work with coherent sound sources in sound reinforcement systems lies in the precise modeling of the directivity, especially for low frequencies. Collaboratively, d&b audiotechnik, L-Acoustics and SoundPLAN are working on the SDE (Sound/System Design/Data Exchange/Export) format to facilitate an easy exchange of information between sound systems engineers and environmental acousticians.
The workshop will feature a live demonstration within SoundPLAN, showcasing the practical implementation of the SDE format. Moreover, it will delve into the technical hurdles linked to integrating phase information into noise predictions, offering insights into our strategies to surmount these complexities. By providing an exhaustive description of the format and its technical nuances, our objective is to cultivate a comprehensive understanding among stakeholders, thereby paving the way for more effective noise management strategies.
Abstract
DataKustik GmbH, based in Gilching near Munich, develops software for the calculation, evaluation, and presentation of noise immission and sound distribution. The sound propagation software CadnaA (outdoor noise), CadnaB (building acoustics) and CadnaR (sound indoors) are being used by road authorities, railway administrations, airport operators and industrial companies in more than 60 countries.
Each software is tailored to its specific field of application, but they can be connected to form a powerful package for extended calculations from the outside to the inside and vice versa. This ability of CadnaA, CadnaB and CadnaR to interact is called Interoperability and enables some applications in areas that could not be implemented with a stand-alone software system without an interface, or only with great effort.
In this workshop, you will learn the basics of Interoperability, and some application examples of connecting the fields of indoor acoustics, building acoustics and noise outdoors will be presented by using the software.
Abstract
For more than 10 years, Bruitparif has been using and developing noise localisation techniques for the needs of its mission to observe and characterise noise pollution on the scale of the Île-de-France region, as well as within the framework of studies conducted with other local authorities in France or in Europe. These techniques make it possible to distinguish the sources of noise pollution and to communicate with the general public and stakeholders in a particularly educational way.
This workshop will provide an opportunity to present Bruitparif latest innovations in this field (“medusa” sensor, educational noise displays, “Hydra” noise radar) and to illustrate, through practical case studies, the benefits of implementing these techniques, whether in terms of information, consultation, helping to regulate public tranquillity or combating noise incivilities.
Abstract
PCB Piezotronics provides a comprehensive range of measurement solutions for acoustic and vibroacoustic. Our product line includes a wide selection of microphones, preamplifiers, and accelerometers designed to meet various testing environments, including high temperatures, ATEX requirements, and isolated sensors. In this workshop you will appreciate the use of our sensors and microphones in real operating conditions. Our team of experts will provide valuable advice to help optimize test performance and deepen understanding of the main physical phenomena.
Abstract
Join us for a comprehensive 45-minute workshop where we introduce the Q-Server, and its REST API designed for the QantusSeries hardware platform. Discover how the Q-Server acts as an access gateway to the QuantusSeries Hardware, enabling seamless access management and allowing for the recording of sensor data using multiple different software solutions.
What You’ll Learn:
- Introduction to Q-Server: Understand what Q-Server is and its role in the QantusSeries Hardware Ecosystem.
- Requirements: Learn about the software needed to utilize Q-Server effectively.
- Demonstration: See practical examples of how to use Q-Server to access and control sensors attached to a QantusSeries data recorder.
- Interoperability: Explore how Q-Server can be integrated with other vendors’ software, not just the software provided by Mecalc.
Who Should Attend:
This workshop is ideal for Acoustic engineers, developers, and IT professionals interested in data management and integration with the QantusSeries hardware platform. Don’t miss this opportunity to enhance your understanding and capabilities with Q-Server!
Abstract
Noise is a major issue in our daily lives, with significant repercussions on public health. Recognizing this, effective noise level monitoring is essential for managing and mitigating noise pollution.
In this workshop, we present our real-time noise monitoring platform through the demonstration of several case studies. This platform calculates specific indicators for each noise source and alerts in real time when thresholds are exceeded, enabling rapid intervention to reduce noise exposure. Additionally, automated reports are generated for in-depth data analysis.
The integration of artificial intelligence modules enhances the efficiency of our solution by automatically identifying the source of each noise exceedance. Furthermore, our platform is compatible with vibration and air quality sensors, offering a multi-sensor approach to environment management.
Keywords: multi-sensor platform, real time, noise levels, vibration levels, air quality, Artificial Intelligence.
Abstract
Technological advances today make it possible to enrich a simple time history measurement of noise levels with additional data representative of human perception. This enables an intelligent solution for evaluating the measured phenomena.
With the MeasurEye platform, you can rely on the precision and reliability of our automated online data management system. We ensure accurate results that comply with regulations and limits by recording audio signals, classifying noise types using AI, detecting predominant direction during a noise event, correlating indicators across different locations, and aggregating data. This will give you confidence in the data you’re working with.
This workshop will showcase the practical benefits of our MeasurEye multi-sensor platform. Automating non-specialist tasks allows you to streamline your work and focus on your expertise, enhancing your productivity.
During the workshop, we will present several real-world case studies and provide a live demonstration of the MeasurEye platform. You will see how it can be applied to various environmental parameters such as noise, vibration, and air pollution.
Acoustic comfort in our everyday spaces
Date/Time: Tuesday 26 August, 13.40 – 14.20
Room:
Abstract
Discover the solutions ROCKWOOL Rockfon, your partners for sustainable acoustic comfort.
Harnessing the Power of Treble SDK for Advanced Acoustics
Date/Time: Tuesday 26 August, 13.40 – 14.20
Room:
Abstract
Join us for a focused 40-minute workshop on the Treble SDK, presented by Dr. Matthias Cosnefroy.
Dive deep into our user-friendly Python-based interface that connects seamlessly with Treble’s powerful cloud-based simulation engine. This workshop will guide you through setting up a room, selecting materials and receivers, running simulations, and analyzing results with detailed plotting techniques.
Discover how to enhance your projects with device rendering through receiver modeling and learn to navigate our onboarding notebooks for a smooth start. We will also explore various use cases for the SDK, showcasing its versatility and power in generating high-fidelity acoustic simulation training data.
Workshop Highlights:
- Setting up a room: materials and receivers
- Running simulations and analyzing results
- Device rendering: receiver modeling
- Onboarding notebooks walkthrough
- Use cases for the Treble SDK in R&D workflows, machine learning, and more
Experience the capabilities of the Treble SDK in this practical, hands-on session designed to elevate your acoustic design and analysis skills. Don’t miss this opportunity to see how the Treble SDK can transform your acoustic simulations and projects.
Join the VIB360TM Revolution ! the most cutting-edge technology that would definitively change the landscape of maintenance industry and condition monitoring of engines, turbines and any other rotating/reciprocating machines
Date/Time: Tuesday 26 August, 13.40 – 14.20
Room:
Abstract
VIB360TM is the result of 30 years of expertise, supported by the latest technologies, such as AI for condition monitoring of rotating and reciprocating machines by analyzing torsional vibrations.
Imagine having the ability to peek inside your rotating equipment and understand its behavior in ways never before possible.
Our cutting-edge technology goes beyond traditional monitoring methods, enabling early detection of potential faults to unlock the luxury of future planning, data exploration, and advanced analytics.
Centered on our mission to ensure high sustainability, lower operational costs, and enhance brand preservation, we aim to revolutionize the way you manage and optimize critical machinery.
With high growth potential market over the couple coming years, IMPEDANCE Group is hiring new talents !
As a technician, engineer, salesperson or reseller, do not miss the opportunity to attend this workshop and discover the key technology VIB360. This could potentially expand and transform your career by revolutionizing the predictive maintenance industry and condition monitoring of rotating/reciprocating machines.
Acoustic measurements in the periodic inspection of vehicles. The MCTC-NET2 protocol in Italy. Considerations and prospects for the future
Date/Time: Tuesday 26 August, 13.40 – 14.20
Room:
Abstract
Topic to be specified
Date/Time: Tuesday 26 August, 13.40 – 14.20
Room:
Abstract
Summary to be published soon…
Topic to be specified
Date/Time: Tuesday 26 August, 13.40 – 14.20
Room:
Abstract
Summary to be published soon…
Monday 26 August, 13.40-14.20
Abstract
The control of noise arising from construction activities effecting the surrounding community is not an issue isolated to a single country. The fundamental principals of construction noise remain the same the world over, however, the approach to monitoring, controlling and legislating this issue varies between countries and in some cases regional authorities.
In this workshop we have set out to review and summarise the different approaches taken to monitor and control construction noise in the UK, France, Monaco, Germany, Sweden, the USA and Canada. We have reviewed local legislation and limits, the parameters recorded and best practice with regards to monitoring, reporting and control.
In consultation with experts from each country we have identified the regional factors which have led to the different approaches along with advantages and limitations for each method.
Abstract
Let’s explore how the essence of innovation in acoustics lies in listening carefully and responding to real needs on the ground. By adopting an approach resolutely oriented towards action and practical application, we will demonstrate through case studies and feedback how the most avant-garde acoustic solutions are those designed in perfect harmony with the specific expectations and constraints of users.
This workshop will highlight recent success stories where acoustics has met a variety of challenges :
- Improving industrial maintenance by analysing sound to prevent breakdowns,
- Increasing public safety by accurately identifying critical sound sources such as gunshots,
- Managing a construction site using the “balance approach”.
By focusing on the innovation process, from the recognition of the need to the delivery of an effective and adapted solution, this workshop will illustrate that true innovation is measured not only by its capacity for technological breakthrough, but above all by its tangible and positive impact in the field.
Abstract
Since a few years now, sustainable buildings are in rising demands leading to increasing use of wood construction due to its sustainable character.
Following this trend, mass timber solutions, including cross-laminated timber (CLT), can be an excellent substitute to more traditional, stiffer and heavier building materials such as concrete and steel, when some of their inherent properties aren’t required.
However, while CLT has many advantages as a sustainable building material, it can also pose some rather unique challenges in terms of acoustics. Due to its orthotropic character and low mass density, the material is less effective acoustically, resulting in increased direct sound transmission and flanking transmission paths.
CDM Stravitec has developed and tested floating floor solutions to reduce direct sound transmission. To reduce flanking sound transmission elastic decoupling materials can be installed, and to maintain structural stability, complementary anchors with acoustic decoupling feature need to be installed. Acoustical and structural integrity tests on the developed flanking sound isolation solutions were performed.
CLT panels are also an ideal building material for 3D modular constructions, however, transferring vertical and horizontal forces between stacked modules can compromise acoustic requirements. CDM Stravitec has developed solutions using pre-compressed elastomer decoupling techniques to transfer forces without compromising sound insulation. Structural integrity tests on the couplers and in-situ measurements of airborne sound isolation have shown that good coupling design can achieve the correct load transfer and high sound insulation between the modular structures.
The results of the above-mentioned test campaigns and main findings will be presented and discussed during this workshop, as well as challenges of designing acoustical solutions for mass timber construction without compromising functional and structural integrity of the building.
Keywords: timber construction, cross-laminated timber, modular construction, acoustics, direct sound transmission, flanking transmission, structural integrity.
Abstract
An advanced 2D analysis is developed to accurately determine the Transmission Loss (TL) of axisymmetric dissipative mufflers. These mufflers may include a pod, one or several rings, and/or lining. The model takes into consideration the acoustic properties of perforated sheets and fiber.
To calculate the eigenvalues and eigenfunctions of sound propagation, the model utilizes complex function analysis, effectively identifying the zeros of the function. Employing the least attenuated mode technique, the model then derives the transmission loss.
To validate the model’s accuracy, the derived transmission loss is compared with the results obtained from a finite element software. The comparison reveals a remarkable agreement between the two sets of results, affirming the reliability and effectiveness of the developed analysis.
The proposed model can be easily customized to incorporate mean flow or integrated into a mode matching method 1 to 4 to simulate hybrid silencers with both reactive and dissipative components.
Abstract
User experience is frequently overlooked in product development and may result in an unsatisfactory experience. The use of metrics development in combination with psychoacoustic analysis provides a powerful tool for incorporating user experience into your everyday product development. In this workshop we will show you all the important steps of the metrics development process, from jury testing to the use of the latest psychoacoustic analysis, using a practical example.
Abstract
This workshop demonstrates the use of Manatee e-NVH CAE collaborative platform by NVH Engineers involved in the development of electric drive systems. In the example chosen to illustrate the workshop, an electric motor with Permanent Magnets is responsible for magnetic excitations of the electric vehicle powertrain, besides the mechanical excitations produced by the gear system. These electromagnetic forces produce dynamic vibrations of the e-powertrain housing and driveline at some specific harmonics, resulting in strong tonalities. This results in so-called electromagnetic Noise, Vibration and Harshness (e-NVH) which can be propagated as air-borne or structure-borne noise.
After troubleshooting the magnetic vibration problem (radial pulsating excitation at H48, exciting a structural mode of the structure), stiffening the housing leads to a significant noise reduction in high-speed range. Besides, eccentric rotor NVH simulations demonstrate that going from 10 to 20% static eccentricity only increases NVH levels of a few dB.
AcouS STICS21® Software Suite for the prediction of partition acoustic performances and insulations between premises – Description and practical application on CLT wood construction
Abstract
After a short presentation of the AcouS STICS21® Software Suite composed of AcouS STIFF® dedicated to the prediction of sound transmission loss of partitions, AcouS STING® dedicated to the prediction of the impact noise level of floors and AcouS STICS21® for the calculation of airborne and structure-borne noise insulation levels (Dn,T & L’nT), all reunited in one tool, a practical application of CLT wood construction will be presented. The situation is the one of a CLT construction (facade and floor) with wall lining and floor covering. It will be seen how to simulate each construction element independently (R and Ln) and thereafter the assembling of theses in connected volumes for insulation predictions. Through this example, the calculation model integrated into AcouS STICS21®, issued from the ISO 12354 standard series, will be recalled and the philosophy of the use of different types of junctions (Kij) and other possible and necessary approximations at the time of calculation will be discussed. A variant of this example with a wooden frame facade will also be presented: how to model the facade alone and how it can be integrated into the insulation calculations.
Advances in Noise Reduction: Exploring Sound Intensity, Source Localization and Ranking
Date/Time: Monday 26 August, 13.40 – 14.20
Room R150
Abstract
This seminar will discuss the latest advancements in noise reduction, with a focus on sound intensity, source localization, and noise ranking methodologies. Participants will learn about innovative techniques and tools for accurately measuring and analyzing sound, which are crucial in solving acoustic problems across various industries. Through a combination of theoretical insights and practical use cases, this session demonstrates how to implement effective noise control strategies. It will cover the usage of particle velocity sensors, the combination of experimental data with numerical simulations, and other state-of-the-art technologies to ensure that acoustic targets are met in diverse environments.
With the upcoming French railways vibrations regulations, short review of the French consultancy knowledge and research works about the prediction and mitigation of the vibrations propagation in the grounds and buildings
Date/Time: Monday 26 August, 13.40 – 14.20
Room R0A
Abstract
Short review of what we are able to do (modelings, measurements, …), what we are working on (2D/3D finite element calculations, indicators, target values, …), the obstacles that remain (poor input data, definition of the appropriate target values, …) with one or two examples on real cases. This would be an introduction to discussion and sharings with participants from other countries on their own practices and feedback. The opportunity to “share knowledges” on this complex topic.
Acoustic Performance and Sound Quality : From Prediction to Sound Design
Date/Time: Monday 26 August, 13.40 – 14.20
Room R200
Abstract
Through live demonstrations and presentations on Automotive, Aerospace and Consumer Goods industry applications, the Ansys Sound workshop will be showcasing a wide variety of examples with regards to the Ansys Acoustic portfolio including:
- CAE-NVH simulation of components such as E-motors
- Virtual prototypes Acoustic analysis and Listening
- Sound synthesis scenario and Auralization
- Defect detection and Troubleshooting
- Psychoacoustics and Listening Tests
- Active Sound Design for Electric Vehicles
This workshop is designed for Acoustic/NVH Engineers and Researchers.
Determination of meta-materials parameters by comparison between theoretical value given by geometry and Measurement with laser doppler vibrometry
Date/Time: Monday 26 August, 13.40 – 14.20
Room: Club Atlantique
Abstract
To determine physical characteristics of a materials it is possible to compute the theorical operation deflection shape/ eigen frequencies for a solvable geometry . Then by comparison with experimental data , one can solve the inverse problem and determine the physical parameters of the materials. With the help of the LOMC teams of the University of Le Havre we propose to apply this method to metamaterials.
How we can improve the acoustic design of your wooden construction project.
Date/Time: Monday 26 August, 13.40 – 14.20
Room N
Abstract
And how we can support your sustainability goals with our c2c and EPD based solutions.
Mastering Vibration Isolation Design: Practical Insights and Hands-On Training with Getzner FreqCalc
Date/Time: Monday 26 August, 13.40 – 14.20
Room J
Abstract
Gain a comprehensive understanding of vibration isolation principles and calculation techniques. The session includes an introduction to Getzner, a deep dive into the technical calculation theory, and a hands-on login session with the FreqCalc tool. Participants will work through a real-world example of a single-point bearing design and engage in a practical session to apply their knowledge. We will also present a case study of a full building project, showcasing detailed calculations and design drawings.
Acoustic comfort designed to meet both current and future challenges
Date/Time: Monday 26 August, 13.40 – 14.20
Room KL
Abstract
The SAINT-GOBAIN brands—ECOPHON, ISOVER, and PLACO—will present topics related to the challenges faced in the construction industry, pushing us to ensure acoustic comfort for end users.
The Future of Sound Source Recognition – AI
Date/Time: Monday 26 August, 13.40 – 14.20
Room GH
Abstract
In noise monitoring and measurement, the primary goal has always been to identify and eliminate noise sources. Acoustics offers various methods for analyzing sound to understand the nature of a noise source, such as recording wave files, frequency analysis, and directional sound recording. However, each of these methods is time-consuming and requires significant effort from the engineer working on the project.
Today, AI engines have sufficient power to classify specific moments and assign noise sources based on various data inputs. This technology has already been used in aircraft noise analysis, but the future lies in its widespread use in every noise monitoring station. By leveraging machine learning algorithms and vast datasets, AI can streamline the noise analysis process, making it more efficient and less reliant on manual intervention. Additionally, the integration of AI in noise monitoring systems can lead to more accurate and real-time identification of noise sources, ultimately contributing to more effective noise control and mitigation strategies.
The potential for AI in this field is vast, promising not only improved accuracy but also cost reductions and increased accessibility of advanced noise monitoring technologies.
Tuesday 27 August, 13.40-14.20
Abstract
In this workshop we will introduce you to our iNoise and NoiseAtWork software.
iNoise is an intuitive and quality-assured software for modelling environmental noise from industry, roads and railways according to the CNOSSOS-EU and ISO 9613 noise prediction methods. During the workshop we will demonstrate how easy it is to build, calculate and report environmental noise models with the cost-effective iNoise.
NoiseAtWork is a simple yet powerful tool for reporting any type of measurement as interpolated contours, thus adding value to your reports. During the workshop we will demonstrate how extremely easy it is to create and report interpolated contour maps for any measured indicator such as Noise in dB(A), Temperature in °C, Humidity in % and/or Gas concentration in ppm.
Abstract
Acoustic sandwich panels could be used in (industrial) noise control to reduce the reverberation in production halls and to protect the environment installations or traffic.
We will demonstrate our extensive test program with result up to a Rw of 70 dB. The effect of a cavity, absorption in the cavity, adding mass to a panel.
We will also demonstrate some projects where our solutions have been advised.
Abstract
To address the challenge of noise pollution associated with the rising frequency of open-air events in urban areas, proactive noise predictions are indispensable for averting noise-related issues. However, integrating coherent sound sources from diverse manufacturers into noise forecasts requires an open exchange format for sound system planning software and environmental noise software. The need to work with coherent sound sources in sound reinforcement systems lies in the precise modeling of the directivity, especially for low frequencies. Collaboratively, d&b audiotechnik, L-Acoustics and SoundPLAN are working on the SDE (Sound/System Design/Data Exchange/Export) format to facilitate an easy exchange of information between sound systems engineers and environmental acousticians.
The workshop will feature a live demonstration within SoundPLAN, showcasing the practical implementation of the SDE format. Moreover, it will delve into the technical hurdles linked to integrating phase information into noise predictions, offering insights into our strategies to surmount these complexities. By providing an exhaustive description of the format and its technical nuances, our objective is to cultivate a comprehensive understanding among stakeholders, thereby paving the way for more effective noise management strategies.
Abstract
DataKustik GmbH, based in Gilching near Munich, develops software for the calculation, evaluation, and presentation of noise immission and sound distribution. The sound propagation software CadnaA (outdoor noise), CadnaB (building acoustics) and CadnaR (sound indoors) are being used by road authorities, railway administrations, airport operators and industrial companies in more than 60 countries.
Each software is tailored to its specific field of application, but they can be connected to form a powerful package for extended calculations from the outside to the inside and vice versa. This ability of CadnaA, CadnaB and CadnaR to interact is called Interoperability and enables some applications in areas that could not be implemented with a stand-alone software system without an interface, or only with great effort.
In this workshop, you will learn the basics of Interoperability, and some application examples of connecting the fields of indoor acoustics, building acoustics and noise outdoors will be presented by using the software.
Abstract
For more than 10 years, Bruitparif has been using and developing noise localisation techniques for the needs of its mission to observe and characterise noise pollution on the scale of the Île-de-France region, as well as within the framework of studies conducted with other local authorities in France or in Europe. These techniques make it possible to distinguish the sources of noise pollution and to communicate with the general public and stakeholders in a particularly educational way.
This workshop will provide an opportunity to present Bruitparif latest innovations in this field (“medusa” sensor, educational noise displays, “Hydra” noise radar) and to illustrate, through practical case studies, the benefits of implementing these techniques, whether in terms of information, consultation, helping to regulate public tranquillity or combating noise incivilities.
Abstract
PCB Piezotronics provides a comprehensive range of measurement solutions for acoustic and vibroacoustic. Our product line includes a wide selection of microphones, preamplifiers, and accelerometers designed to meet various testing environments, including high temperatures, ATEX requirements, and isolated sensors. In this workshop you will appreciate the use of our sensors and microphones in real operating conditions. Our team of experts will provide valuable advice to help optimize test performance and deepen understanding of the main physical phenomena.
Abstract
Join us for a comprehensive 45-minute workshop where we introduce the Q-Server, and its REST API designed for the QantusSeries hardware platform. Discover how the Q-Server acts as an access gateway to the QuantusSeries Hardware, enabling seamless access management and allowing for the recording of sensor data using multiple different software solutions.
What You’ll Learn:
- Introduction to Q-Server: Understand what Q-Server is and its role in the QantusSeries Hardware Ecosystem.
- Requirements: Learn about the software needed to utilize Q-Server effectively.
- Demonstration: See practical examples of how to use Q-Server to access and control sensors attached to a QantusSeries data recorder.
- Interoperability: Explore how Q-Server can be integrated with other vendors’ software, not just the software provided by Mecalc.
Who Should Attend:
This workshop is ideal for Acoustic engineers, developers, and IT professionals interested in data management and integration with the QantusSeries hardware platform. Don’t miss this opportunity to enhance your understanding and capabilities with Q-Server!
Abstract
Noise is a major issue in our daily lives, with significant repercussions on public health. Recognizing this, effective noise level monitoring is essential for managing and mitigating noise pollution.
In this workshop, we present our real-time noise monitoring platform through the demonstration of several case studies. This platform calculates specific indicators for each noise source and alerts in real time when thresholds are exceeded, enabling rapid intervention to reduce noise exposure. Additionally, automated reports are generated for in-depth data analysis.
The integration of artificial intelligence modules enhances the efficiency of our solution by automatically identifying the source of each noise exceedance. Furthermore, our platform is compatible with vibration and air quality sensors, offering a multi-sensor approach to environment management.
Keywords: multi-sensor platform, real time, noise levels, vibration levels, air quality, Artificial Intelligence.
Abstract
Technological advances today make it possible to enrich a simple time history measurement of noise levels with additional data representative of human perception. This enables an intelligent solution for evaluating the measured phenomena.
With the MeasurEye platform, you can rely on the precision and reliability of our automated online data management system. We ensure accurate results that comply with regulations and limits by recording audio signals, classifying noise types using AI, detecting predominant direction during a noise event, correlating indicators across different locations, and aggregating data. This will give you confidence in the data you’re working with.
This workshop will showcase the practical benefits of our MeasurEye multi-sensor platform. Automating non-specialist tasks allows you to streamline your work and focus on your expertise, enhancing your productivity.
During the workshop, we will present several real-world case studies and provide a live demonstration of the MeasurEye platform. You will see how it can be applied to various environmental parameters such as noise, vibration, and air pollution.
Acoustic comfort in our everyday spaces
Date/Time: Tuesday 27 August, 13.40 – 14.20
Room J
Abstract
Discover the solutions ROCKWOOL Rockfon, your partners for sustainable acoustic comfort.
Harnessing the Power of Treble SDK for Advanced Acoustics
Date/Time: Tuesday 27 August, 13.40 – 14.20
Room: Club Atlantique
Abstract
Join us for a focused 40-minute workshop on the Treble SDK, presented by Dr. Matthias Cosnefroy.
Dive deep into our user-friendly Python-based interface that connects seamlessly with Treble’s powerful cloud-based simulation engine. This workshop will guide you through setting up a room, selecting materials and receivers, running simulations, and analyzing results with detailed plotting techniques.
Discover how to enhance your projects with device rendering through receiver modeling and learn to navigate our onboarding notebooks for a smooth start. We will also explore various use cases for the SDK, showcasing its versatility and power in generating high-fidelity acoustic simulation training data.
Workshop Highlights:
- Setting up a room: materials and receivers
- Running simulations and analyzing results
- Device rendering: receiver modeling
- Onboarding notebooks walkthrough
- Use cases for the Treble SDK in R&D workflows, machine learning, and more
Experience the capabilities of the Treble SDK in this practical, hands-on session designed to elevate your acoustic design and analysis skills. Don’t miss this opportunity to see how the Treble SDK can transform your acoustic simulations and projects.
Join the VIB360TM Revolution ! the most cutting-edge technology that would definitively change the landscape of maintenance industry and condition monitoring of engines, turbines and any other rotating/reciprocating machines
Date/Time: Tuesday 27 August, 13.40 – 14.20
Room R0B
Abstract
VIB360TM is the result of 30 years of expertise, supported by the latest technologies, such as AI for condition monitoring of rotating and reciprocating machines by analyzing torsional vibrations.
Imagine having the ability to peek inside your rotating equipment and understand its behavior in ways never before possible.
Our cutting-edge technology goes beyond traditional monitoring methods, enabling early detection of potential faults to unlock the luxury of future planning, data exploration, and advanced analytics.
Centered on our mission to ensure high sustainability, lower operational costs, and enhance brand preservation, we aim to revolutionize the way you manage and optimize critical machinery.
With high growth potential market over the couple coming years, IMPEDANCE Group is hiring new talents !
As a technician, engineer, salesperson or reseller, do not miss the opportunity to attend this workshop and discover the key technology VIB360. This could potentially expand and transform your career by revolutionizing the predictive maintenance industry and condition monitoring of rotating/reciprocating machines.
Acoustic measurements in the periodic inspection of vehicles. The MCTC-NET2 protocol in Italy. Considerations and prospects for the future
Date/Time: Tuesday 27 August, 13.40 – 14.20
Room KL
Abstract
Italy’s MCTC-NET2 protocol for periodic vehicle inspections is among the most comprehensive and intricate globally. This process includes acoustic measurements on vehicles in operation to assess factors related to noise pollution.
The procedure includes measurements of the exhaust noise and ensuring the vehicle’s safety through horn verification.
Despite the European regulatory framework stipulating class 2 precision as the minimum requirement, Italy continues to uphold the class 1 accuracy requirement for approved sound level meter instruments used in periodic inspections of the vehicles.
In this session we will delve into the present scenario and future possibilities, especially considering the expected surge in the number of hybrid and electric vehicles on the roads.
Evaluation of different acoustic insulation methods in CLT structures
Date/Time: Tuesday 27 August, 13.40 – 14.20
Room R0A
Abstract
This study explores the efficacy of various structural noise insulation systems implemented in the construction of pilot houses made from Cross-Laminated Timber (CLT). Focusing on both vertical and lateral transmission, the research aims to evaluate the performance of different insulation methods in mitigating structural noise within these innovative wooden structures. The investigation involves a comprehensive testing regimen to assess the impact of insulation systems on noise reduction, considering both practical applications and theoretical considerations. The findings of this study contribute valuable insights into enhancing the acoustic performance of CLT pilot houses, thereby informing best practices for noise insulation in wooden construction systems.
An Introduction to Mason Industries – A discussion about Acoustic, Structural, and Non-Structural Vibration Isolation
Date/Time: Tuesday 27 August, 13.40 – 14.20
Room M
Abstract
