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Debunking the Myth Insulation in a Jack-Up Cavity Is Possible
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About
This course provides an in-depth exploration of jack-up floating floor systems, with a particular focus on the integration of insulation within the air cavity, a topic often misunderstood in the acoustic design and construction industries. Participants will learn the fundamental principles of jack-up floating floors, including their benefits and the different types available in the market, replaceable or embedded. Through theory, laboratory data, and real-world case studies, the course debunks the common misconception that insulation cannot be incorporated into these systems and demonstrates how doing so significantly improves acoustics.
Attendees will also gain practical knowledge on insulation design considerations and installation methodologies for both embedded and replaceable jack-up systems. By the end of the course, they will be equipped to specify, design, and implement optimised jack-up floating floor solutions for high-demand environments such as studios, cinemas, gyms, and mechanical rooms.
Learning Objectives
- Understand jack-up floating floor systems – Explain their purpose, structure, and applications in controlling vibration and airborne noise.
- Understand jack-up floating floor systems – Explain their purpose, structure, and applications in controlling vibration and airborne noise.
- Differentiate between system types – Identify key differences between embedded and replaceable jack-up systems and their implications for design and maintenance.
- Debunk the insulation myth – Describe why and how insulation can be successfully used within the air cavity and its impact on system performance.
- Assess acoustic and thermal benefits – Analyze how cavity insulation reduces resonance, enhances airborne and impact sound insulation, and improves thermal efficiency.
- Interpret test data – Evaluate laboratory results comparing systems with and without insulation and understand their practical significance in real-world projects.
- Compare design strategies – Assess the efficiency of increasing cavity height versus adding insulation and determine the best approach for various applications.
- Apply proper installation techniques – Follow recommended procedures for installing insulation in both embedded and replaceable systems, including critical steps for perimeter isolation, overheight design, and bearing insertion.
- Select appropriate materials – Identify the mechanical and acoustic properties required for insulation and overheight materials to ensure structural integrity and acoustic performance.
- Implement in real projects – Apply learned principles to specify and design high-performance floating floor solutions in different building contexts, supported by relevant case studies.
