The effect of static load on flow resistivity of sound absorbing materials and the influence on the measurement of the dynamic stiffness of materials used in building acoustic are presented. The apparatus built at INRiM is shown and a simplified model of the variation of resistivity with load is proposed
The measurement and use of flow resistance information for the calculation of the acoustical propert...
The questions of the theory and practice of testing structures with dynamic loads are presented. A c...
The results of four phases of a study of the resistance of structural steel frames and frame compon...
Airflow resistivity is a physical parameter which characterizes porous and fibrous sound absorbent m...
Airflow resistivity is one of the most important parameters in the study of the physical properties ...
Various empirical models have emphasized the dependence of sound absorption coefficient on static ai...
Acoustic materials are characterized according to their macroscopic and microscopic properties. The ...
Resilient devices are commonly used in lightweight structures to decrease sound transmission in a br...
Air-flow resistivity is one of the main non-acoustic parameters governing the acoustic behaviour of ...
The dynamic stiffness of underlays is a required quantity to predict the reduction of impact and air...
The air flow resistance is a fundamental acoustic parameter to understanding the properties of cellu...
a concrete floating slab. The impact sound insulation can be evaluated on the basis of EN 12354-2 st...
[EN] In this paper, a method for measuring the airflow resistivity of air-saturated porous sound-abs...
Acoustical performance and mechanical properties of different types of resilient underlayer, used in...
The importance of accurate airflow resistivity predictive models and a subsequent comprehensive data...
The measurement and use of flow resistance information for the calculation of the acoustical propert...
The questions of the theory and practice of testing structures with dynamic loads are presented. A c...
The results of four phases of a study of the resistance of structural steel frames and frame compon...
Airflow resistivity is a physical parameter which characterizes porous and fibrous sound absorbent m...
Airflow resistivity is one of the most important parameters in the study of the physical properties ...
Various empirical models have emphasized the dependence of sound absorption coefficient on static ai...
Acoustic materials are characterized according to their macroscopic and microscopic properties. The ...
Resilient devices are commonly used in lightweight structures to decrease sound transmission in a br...
Air-flow resistivity is one of the main non-acoustic parameters governing the acoustic behaviour of ...
The dynamic stiffness of underlays is a required quantity to predict the reduction of impact and air...
The air flow resistance is a fundamental acoustic parameter to understanding the properties of cellu...
a concrete floating slab. The impact sound insulation can be evaluated on the basis of EN 12354-2 st...
[EN] In this paper, a method for measuring the airflow resistivity of air-saturated porous sound-abs...
Acoustical performance and mechanical properties of different types of resilient underlayer, used in...
The importance of accurate airflow resistivity predictive models and a subsequent comprehensive data...
The measurement and use of flow resistance information for the calculation of the acoustical propert...
The questions of the theory and practice of testing structures with dynamic loads are presented. A c...
The results of four phases of a study of the resistance of structural steel frames and frame compon...