The method of predicting noise radiation from complex built up structures using energy flow analysis is described. Details of improvements in the techniques for the measurement of coupling loss factors are outlined and an application example of the prediction of automotive engine noise is given
The prediction and measurements of vibration power flow is important in the detection of the locatio...
Since the noise generated by mechanical structures affects the merchantability, it is important to p...
Structure-borne noise within many practical systems is typically transmitted via multiple and/or mul...
The interaction between turbulent flows and flexible structures may cause structural vibration and n...
It is important to identify vibrational energy noise paths to reduce the sound field in complicated ...
Energy flow analysis (EFA) is an analytical tool for prediction of the frequency-averaged vibrationa...
Statistical Energy Analysis (SEA) is an energy-based method used to estimate the vibro-acoustic resp...
This project presents the analysis of structure-borne noise in computer tower structure by statistic...
The analysis of energy flow in complex, built-up structures at high frequencies requires new methods...
Analysis of structure-borne noise in computers and peripherals such as hard disk drives and printed ...
This paper is concerned with the transmission of noise and vibration in ship structures, and in part...
For many years, one of the most used methods for vibro-acoustic analysis of transmission of Structur...
For many years, one of the most used methods for vibro-acoustic analysis of transmission of Structur...
For the future development of vehicles the analysis of NVH (noise, vibration, and harshness) propert...
A structural power flow approach for the analysis of structure-borne transmission of vibrations is u...
The prediction and measurements of vibration power flow is important in the detection of the locatio...
Since the noise generated by mechanical structures affects the merchantability, it is important to p...
Structure-borne noise within many practical systems is typically transmitted via multiple and/or mul...
The interaction between turbulent flows and flexible structures may cause structural vibration and n...
It is important to identify vibrational energy noise paths to reduce the sound field in complicated ...
Energy flow analysis (EFA) is an analytical tool for prediction of the frequency-averaged vibrationa...
Statistical Energy Analysis (SEA) is an energy-based method used to estimate the vibro-acoustic resp...
This project presents the analysis of structure-borne noise in computer tower structure by statistic...
The analysis of energy flow in complex, built-up structures at high frequencies requires new methods...
Analysis of structure-borne noise in computers and peripherals such as hard disk drives and printed ...
This paper is concerned with the transmission of noise and vibration in ship structures, and in part...
For many years, one of the most used methods for vibro-acoustic analysis of transmission of Structur...
For many years, one of the most used methods for vibro-acoustic analysis of transmission of Structur...
For the future development of vehicles the analysis of NVH (noise, vibration, and harshness) propert...
A structural power flow approach for the analysis of structure-borne transmission of vibrations is u...
The prediction and measurements of vibration power flow is important in the detection of the locatio...
Since the noise generated by mechanical structures affects the merchantability, it is important to p...
Structure-borne noise within many practical systems is typically transmitted via multiple and/or mul...
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