This research concerns a 200 mm thick panel filled with water. The airborne sound insulation of this panel was measured in accordance with standard ISO 140-3 [2]. Results show that the single number rating for the airborne sound insulation Rw [3] for an average water layer thickness of 200 mm is 48 dB. This value is comparable to the one of a 150 mm brick wall or 100 mm concrete panel. Predictions about sound insulation of the same system at different thickness and possible applications such as highway sound barrier or construction site sound barrier are presented in the following page
This paper describes an advanced calculation scheme based on the loudness level linked to the specif...
The aim of this paper is to investigate the combination of water and membranes for temporary archi...
Sound insulation rating systems for characterizing sound insulation performance of building elements...
This research concerns a 200 mm thick panel filled with water. The airborne sound insulation of this...
p. 3034-3040This research concerns a 200 mm thick panel filled with water. The airborne sound insul...
New developments in architectural free form shaped buildings lead to the design of liquid filled mul...
The aim of this paper is to investigate the combination of water and membranes for temporary archite...
This report presents the results of an extensive series of direct sound insulation tests of cold-for...
This paper gives an overview of three topics related to sound insulation in buildings. The first pro...
In order to assess the airborne sound insulation of a new material or building solution, access to s...
The case study presents the results of laboratory measurements carried out for the determination of ...
Protection against noise is one of the essential requirements of the European Construction Product d...
This research paper provides a method for calculating airborne sound insulation by encloses from vol...
This report describes a Master’s Thesis research that has been carried out to gain insight in the po...
This study aims to characterize the sound insulation properties of a two-layers innovative façade ma...
This paper describes an advanced calculation scheme based on the loudness level linked to the specif...
The aim of this paper is to investigate the combination of water and membranes for temporary archi...
Sound insulation rating systems for characterizing sound insulation performance of building elements...
This research concerns a 200 mm thick panel filled with water. The airborne sound insulation of this...
p. 3034-3040This research concerns a 200 mm thick panel filled with water. The airborne sound insul...
New developments in architectural free form shaped buildings lead to the design of liquid filled mul...
The aim of this paper is to investigate the combination of water and membranes for temporary archite...
This report presents the results of an extensive series of direct sound insulation tests of cold-for...
This paper gives an overview of three topics related to sound insulation in buildings. The first pro...
In order to assess the airborne sound insulation of a new material or building solution, access to s...
The case study presents the results of laboratory measurements carried out for the determination of ...
Protection against noise is one of the essential requirements of the European Construction Product d...
This research paper provides a method for calculating airborne sound insulation by encloses from vol...
This report describes a Master’s Thesis research that has been carried out to gain insight in the po...
This study aims to characterize the sound insulation properties of a two-layers innovative façade ma...
This paper describes an advanced calculation scheme based on the loudness level linked to the specif...
The aim of this paper is to investigate the combination of water and membranes for temporary archi...
Sound insulation rating systems for characterizing sound insulation performance of building elements...