Sound insulation predictions
Acoulatis offers the ability to predict sound insulation of walls and floors in third-octave frequency bands, including single number evaluation according to ISO 717. Acoulatis calculates both the airborne and impact sound insulation
Acoulatis primarily use Cross-Laminated Timber (CLT) as a base for the load-bearing structure. It will later also support other type of load-bearing structures like concrete and wooden frame systems.
Features
Functionalities You Will Love
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High Level of Accuracy
Acoulatis is a fast, relaible and accurate tool that predict sound insulation of walls and floors with a framework in wood.
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The calculations are based on real measurements in laboratory.
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Focus on Wood
Acoulatis will primary focus on calculation models for wooden systems. It will start with CLT followed by wooden frame systems & LVL later on.
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Other materials, such as concrete, will be introduced later on as well.
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Continous Development
We assure that the app will be developt continously with new constructions and data to improve the theorectical models and calculations.
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04
Modern Tech
With our cloud-based app, you can calculate the sound insulation with ease from any computer without the need of a dongle.
All you need is an internet connection and you are good to go.
The Algorithm in Acoulatis
The algorithm in Acoulatis is based on empirical equations combined with characteristic acoustic models, verified against numerous laboratory measurements in accredited laboratories.
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The algorithm takes several parameters into account to predict sound insulation of building elements, including:
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the internal loss factors and the critical frequencies of panels,
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the resonace frequency of cavities, and
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the resonance frequency of impact boards for a floating floor system.
User-friendly
With its intuitive interface and easy-to-use features, you'll be able to navigate through the application with ease. Whether you're a tech-savvy user or a beginner, our application is designed to make your experience seamless and enjoyable to predict sound insulation of wooden elements. Try it out today and see for yourself!