This paper is concerned with the response statistics of a dynamic system that has random properties. The frequency-band-averaged energy of the system is considered, and a closed form expression is derived for the relative variance of this quantity. The expression depends upon three parameters: the modal overlap factor m, a bandwidth parameter B, and a parameter α that defines the nature of the loading (for example single point forcing or rain-on-the-roof loading). The result is applicable to any single structural component or acoustic volume, and a comparison is made here with simulation results for a mass loaded plate. Good agreement is found between the simulations and the theory. © 2003 Published by Elsevier Ltd
This work is concerned with the statistical properties of the frequency response function of the ene...
This paper is concerned with the ensemble statistics of the response of a single SEA subsystem. A ge...
In the statistical energy analysis (SEA) approach to vibration modeling, a complex system is represe...
This paper is concerned with the ensemble statistics of the response to harmonic excitation of a sin...
Statistical Energy Analysis is a method commonly used in the engineering analysis of complex dynamic...
If the physical properties of a structural component are sufficiently random then the statistical di...
If the physical properties of a structural component are sufficiently random then the statistical di...
Expressions are derived for the ensemble means and variances of the subsystem energies of built-up s...
The Statistical Energy Analysis (SEA) approach has largely been used in vibro-acoustic modelling to ...
A method is derived for computing a number of key statistical properties of the vibrational energy o...
Statistical energy analysis (SEA) is a prominent method for predicting the high frequency response o...
The problem of determining the ensemble averages of vibration energy flow in harmonically driven tru...
Statistical energy analysis (SEA) is a prominent method for predicting the high frequency response o...
In many industrial situations the vibro-acoustic response of an engineering system is sensitive to m...
The hybrid deterministic - statistical energy analysis method is a versatile framework for vibro-aco...
This work is concerned with the statistical properties of the frequency response function of the ene...
This paper is concerned with the ensemble statistics of the response of a single SEA subsystem. A ge...
In the statistical energy analysis (SEA) approach to vibration modeling, a complex system is represe...
This paper is concerned with the ensemble statistics of the response to harmonic excitation of a sin...
Statistical Energy Analysis is a method commonly used in the engineering analysis of complex dynamic...
If the physical properties of a structural component are sufficiently random then the statistical di...
If the physical properties of a structural component are sufficiently random then the statistical di...
Expressions are derived for the ensemble means and variances of the subsystem energies of built-up s...
The Statistical Energy Analysis (SEA) approach has largely been used in vibro-acoustic modelling to ...
A method is derived for computing a number of key statistical properties of the vibrational energy o...
Statistical energy analysis (SEA) is a prominent method for predicting the high frequency response o...
The problem of determining the ensemble averages of vibration energy flow in harmonically driven tru...
Statistical energy analysis (SEA) is a prominent method for predicting the high frequency response o...
In many industrial situations the vibro-acoustic response of an engineering system is sensitive to m...
The hybrid deterministic - statistical energy analysis method is a versatile framework for vibro-aco...
This work is concerned with the statistical properties of the frequency response function of the ene...
This paper is concerned with the ensemble statistics of the response of a single SEA subsystem. A ge...
In the statistical energy analysis (SEA) approach to vibration modeling, a complex system is represe...