Principles of Building Acoustics
This Saint-Gobain Design Academy webinar provides an overview of Principles of Building Acoustics. The session is free to attend, runs for one hour, and is designed to support construction professionals with practical and relevant knowledge. Attendees will receive a CPD certificate upon attendance and completion. There will also be an opportunity to ask questions to the presenters via the live chat.
Description
This introductory webinar provides an overview of the fundamentals of building acoustics, helping construction professionals understand how sound behaves within buildings and the impact that good and poor acoustic design can have on occupant comfort and building performance.
The session explores common noise sources, methods of controlling sound transmission, and the principles of sound absorption and insulation.
Attendees will also learn how airborne sound travels through building elements, how drylining systems can be used to achieve acoustic performance requirements, and the key differences between laboratory test results and real-world on-site performance.
The webinar concludes with an overview of the relevant industry standards, guidance and design considerations that support effective acoustic specification and design.
Learning Outcomes
By the end of this webinar, delegates will be able to:
- Understand the impact of acoustics in different building environments.
- Identify common noise sources in buildings and the measures used to control them.
- Explain the principles of sound absorption and its effect on acoustic performance.
- Understand sound insulation and how airborne sound is transmitted through building elements.
- Recognise how drylining systems contribute to achieving acoustic performance requirements.
- Understand the differences between laboratory-tested acoustic performance and on-site results.
- Identify the key standards, guidance and regulations related to building acoustics.
- Apply acoustic design principles when assessing and specifying construction solutions.