Sound transmission through building structures often has to be predicted at the design stage to meet legal requirements. So far no standardized prediction model like the one of ISO 15712 that was developed for homogeneous monolithic building structures (e.g. concrete or masonry) exists for the prediction of flanking sound transmission in lightweight building structures (e.g. joist floors and gypsum board walls). Thus in a recent research project a statistical energy analysis framework is applied to predict flanking sound through gypsum board walls. In this paper the SEA model and the acquisition of some necessary input data are briefly reviewed. Further the validity as well as the limits of the SEA model are discussed and finally conclusion...
In this paper proposed methods are compared through prediction of flanking sound transmission across...
In this paper, statistical energy analysis (SEA) is used as a framework to evaluate how the direct m...
At present the prediction model in EN 12354-5 for sound transmission due to structure-borne excitati...
Predicting the apparent airborne and impact sound insulation of lightweight framed constructions is ...
The standard, EN12354-1 describes a simplified statistical energy analysis (SEA) model to predict th...
There is strong interest in being able to predict the apparent sound insulation in completed constru...
There is strong interest in being able to predict the apparent sound insulation in completed constru...
There is strong interest in being able to predict the apparent sound insulation in completed constru...
There is strong interest in being able to predict the apparent sound insulation in completed constru...
This paper concerns the modelling of sound transmission across a timber-frame wall under mechanical ...
Statistical energy analysis (SEA) is used to model sound transmission through double leaf lightweigh...
Statistical Energy Analysis (SEA) is an energy-based method used to estimate the vibro-acoustic resp...
Statistical energy analysis (SEA) is used to model sound transmission through double leaf lightweigh...
Statistical energy analysis (SEA) is used to model sound transmission through double leaf lightweigh...
Statistical energy analysis (SEA) is used to model sound transmission through double leaf lightweigh...
In this paper proposed methods are compared through prediction of flanking sound transmission across...
In this paper, statistical energy analysis (SEA) is used as a framework to evaluate how the direct m...
At present the prediction model in EN 12354-5 for sound transmission due to structure-borne excitati...
Predicting the apparent airborne and impact sound insulation of lightweight framed constructions is ...
The standard, EN12354-1 describes a simplified statistical energy analysis (SEA) model to predict th...
There is strong interest in being able to predict the apparent sound insulation in completed constru...
There is strong interest in being able to predict the apparent sound insulation in completed constru...
There is strong interest in being able to predict the apparent sound insulation in completed constru...
There is strong interest in being able to predict the apparent sound insulation in completed constru...
This paper concerns the modelling of sound transmission across a timber-frame wall under mechanical ...
Statistical energy analysis (SEA) is used to model sound transmission through double leaf lightweigh...
Statistical Energy Analysis (SEA) is an energy-based method used to estimate the vibro-acoustic resp...
Statistical energy analysis (SEA) is used to model sound transmission through double leaf lightweigh...
Statistical energy analysis (SEA) is used to model sound transmission through double leaf lightweigh...
Statistical energy analysis (SEA) is used to model sound transmission through double leaf lightweigh...
In this paper proposed methods are compared through prediction of flanking sound transmission across...
In this paper, statistical energy analysis (SEA) is used as a framework to evaluate how the direct m...
At present the prediction model in EN 12354-5 for sound transmission due to structure-borne excitati...