This paper describes a procedure for evaluating the reduction in impact sound pressure level of floating floors by measuring the apparent dynamic stiffness of the resilient layer, according to International Standard EN 29052-1. The impact sound pressure level experimental data, obtained according to International Standard UNI EN ISO 140-8, was compared with estimates obtained from dynamic stiffness measurements. Results confirm the effectiveness of the empirical model. Two questions are addressed. The first concerns the decrease in layer thickness over time. The second concerns the relationship between damping ratio and performance
With an increasing demand for quieter residential environments, impact sound insulation for floating...
Acoustic insulation optimization of the ship decks to contain impact noise is generally obtained by ...
The problem of unwanted noise in buildings has grown continuously over the last twenty years and imp...
This paper describes a procedure for evaluating the reduction in impact sound pressure level of floa...
Acoustical performance and mechanical properties of different types of resilient underlayer, used in...
In the floating floor system the performance of resilient layers, in terms of impact sound pressure ...
a concrete floating slab. The impact sound insulation can be evaluated on the basis of EN 12354-2 st...
Omówiono metody pomiaru zmniejszenia poziomu uderzeniowego przez podłogę na masywnym stropie wzorcow...
The evaluation of the insulation properties of dry systems for impact noise reduction is usually per...
Resilient materials are nowadays widely used as underlayers in floating floors, in order to reduce t...
The dynamic stiffness of underlays is a required quantity to predict the reduction of impact and air...
This paper concerns the development and experimental validation of a simplified method to evaluate t...
In order to obtain reliable estimations of the impact sound insulation between rooms, it is necessar...
3noImpact noise is increasingly becoming an important issue both in terms of technologies for its re...
ISO 9052-1 provides for the determination of the dynamic stiffness of materials used under floating ...
With an increasing demand for quieter residential environments, impact sound insulation for floating...
Acoustic insulation optimization of the ship decks to contain impact noise is generally obtained by ...
The problem of unwanted noise in buildings has grown continuously over the last twenty years and imp...
This paper describes a procedure for evaluating the reduction in impact sound pressure level of floa...
Acoustical performance and mechanical properties of different types of resilient underlayer, used in...
In the floating floor system the performance of resilient layers, in terms of impact sound pressure ...
a concrete floating slab. The impact sound insulation can be evaluated on the basis of EN 12354-2 st...
Omówiono metody pomiaru zmniejszenia poziomu uderzeniowego przez podłogę na masywnym stropie wzorcow...
The evaluation of the insulation properties of dry systems for impact noise reduction is usually per...
Resilient materials are nowadays widely used as underlayers in floating floors, in order to reduce t...
The dynamic stiffness of underlays is a required quantity to predict the reduction of impact and air...
This paper concerns the development and experimental validation of a simplified method to evaluate t...
In order to obtain reliable estimations of the impact sound insulation between rooms, it is necessar...
3noImpact noise is increasingly becoming an important issue both in terms of technologies for its re...
ISO 9052-1 provides for the determination of the dynamic stiffness of materials used under floating ...
With an increasing demand for quieter residential environments, impact sound insulation for floating...
Acoustic insulation optimization of the ship decks to contain impact noise is generally obtained by ...
The problem of unwanted noise in buildings has grown continuously over the last twenty years and imp...