Add to ORKGThe primary research effort of this project is the development of analytical methods for the prediction of nonlinear random response of composite aerospace structures subjected to combined acoustic and thermal loads. The progress, accomplishments, and future plans of three random response research topics are discussed, namely acoustics-structure interactions using boundary/finite element methods, nonlinear vibrations of beams and composite plates under harmonic and random excitations, and numerical simulation of the nonlinear response of composite plates under combined thermal and acoustic loading
In stochastic structural dynamics, the majority of analyses have dealt with linear structures under ...
In stochastic structural dynamics, the majority of analyses have dealt with linear structures under ...
In stochastic structural dynamics, the majority of analyses have dealt with linear structures under ...
This report summarizes the semiannual research progress, accomplishments, and future plans performed...
The primary effort of this research project has been focused on the development of analytical method...
A time-domain study of the random response of a laminated plate subjected to combined acoustic and t...
A time-domain study of the random response of a laminated plate subjected to combined acoustic and t...
A time-domain study of the random response of a laminated plate subjected to combined acoustic and t...
A time-domain study of the random response of a laminated plate subjected to combined acoustic and t...
The objectives of the project were to investigate numerical methodology for the determination of nar...
A coupled boundary element (BEM)-finite element (FEM) approach is presented to accurately model stru...
A review of the acoustic fatigue design process for aircraft structures is presented in this paper, ...
The panel structures of flight vehicles at supersonic or hypersonic speeds are subjected to combined...
The nonlinear random response of composite plates to the simultaneously applied, combined acoustic/t...
The nonlinear random response of composite plates to the simultaneously applied, combined acoustic/t...
In stochastic structural dynamics, the majority of analyses have dealt with linear structures under ...
In stochastic structural dynamics, the majority of analyses have dealt with linear structures under ...
In stochastic structural dynamics, the majority of analyses have dealt with linear structures under ...
This report summarizes the semiannual research progress, accomplishments, and future plans performed...
The primary effort of this research project has been focused on the development of analytical method...
A time-domain study of the random response of a laminated plate subjected to combined acoustic and t...
A time-domain study of the random response of a laminated plate subjected to combined acoustic and t...
A time-domain study of the random response of a laminated plate subjected to combined acoustic and t...
A time-domain study of the random response of a laminated plate subjected to combined acoustic and t...
The objectives of the project were to investigate numerical methodology for the determination of nar...
A coupled boundary element (BEM)-finite element (FEM) approach is presented to accurately model stru...
A review of the acoustic fatigue design process for aircraft structures is presented in this paper, ...
The panel structures of flight vehicles at supersonic or hypersonic speeds are subjected to combined...
The nonlinear random response of composite plates to the simultaneously applied, combined acoustic/t...
The nonlinear random response of composite plates to the simultaneously applied, combined acoustic/t...
In stochastic structural dynamics, the majority of analyses have dealt with linear structures under ...
In stochastic structural dynamics, the majority of analyses have dealt with linear structures under ...
In stochastic structural dynamics, the majority of analyses have dealt with linear structures under ...