Three major goals were delineated: (1) to develop a general method for determining the response of a structure to combined base and acoustic random excitation: (2) to develop parametric relationships to aid in the design of plates which are subjected to random force or random base excitation: (3) to develop a method to identify the individual acoustic and base input to a structure with only a limited number of measurement channels, when both types of excitation act simultaneously
Modal parameter identification from ambient responses due to a general unknown random inputs is inve...
The theory and application of a method which utilizes the free response of a structure to determine ...
Calculation methods for vibration responses of spacecraft structural members to acoustic field
Evaluation of three methods for determining response analysis of plate and shell structures under ra...
A review was made of power spectral methods for determining linear response of structures to random ...
This study consists of an investigation into the nonstationary transient response of the Verificatio...
This paper presents a deterministic theory for the random vibration problem for predicting the respo...
A method for estimating the structural vibration properties of complex systems in high frequency env...
Response characteristics of distributed structural systems to random excitation by acoustic pressure...
Simplified methods are described to estimate the test criteria of primary structures at component at...
Identification of the system parameters of a randomly excited structure may be treated using a varie...
Statistical energy analysis for studying dynamic behavior of large, complex structures and acoustic ...
The primary research effort of this project is the development of analytical methods for the predict...
The objectives of the project were to investigate numerical methodology for the determination of nar...
Identification of the system parameters of a randomly excited structure may be treated using a varie...
Modal parameter identification from ambient responses due to a general unknown random inputs is inve...
The theory and application of a method which utilizes the free response of a structure to determine ...
Calculation methods for vibration responses of spacecraft structural members to acoustic field
Evaluation of three methods for determining response analysis of plate and shell structures under ra...
A review was made of power spectral methods for determining linear response of structures to random ...
This study consists of an investigation into the nonstationary transient response of the Verificatio...
This paper presents a deterministic theory for the random vibration problem for predicting the respo...
A method for estimating the structural vibration properties of complex systems in high frequency env...
Response characteristics of distributed structural systems to random excitation by acoustic pressure...
Simplified methods are described to estimate the test criteria of primary structures at component at...
Identification of the system parameters of a randomly excited structure may be treated using a varie...
Statistical energy analysis for studying dynamic behavior of large, complex structures and acoustic ...
The primary research effort of this project is the development of analytical methods for the predict...
The objectives of the project were to investigate numerical methodology for the determination of nar...
Identification of the system parameters of a randomly excited structure may be treated using a varie...
Modal parameter identification from ambient responses due to a general unknown random inputs is inve...
The theory and application of a method which utilizes the free response of a structure to determine ...
Calculation methods for vibration responses of spacecraft structural members to acoustic field