Add to ORKGThe acoustic field within a duct containing a nonuniform steady flow was predicted. This analysis used the finite element method to calculate the velocity potential within the duct
The finite element codes were improved using Hermitian elements and numerical integration of element...
Analytical and experimental studies for predicting noise attenuation in acoustically treated ducts f...
A finite difference formulation is presented which is useful in the study of acoustically treated in...
An analytical technique was developed for predicting the acoustic performance of turbofan inlets car...
The development of computational methods in acoustics has led to the introduction of analysis and de...
Stringent noise level requirements for commercial aircraft engines have driven the development of hi...
This report presents the results of a parametric study of the turbofan far-field noise radiation usi...
A finite element code has been developed for the prediction of the radiated acoustic field from the ...
Stringent noise level requirements for commercial aircraft engines have driven the development of hi...
Stringent noise level requirements for commercial aircraft engines have driven the development of hi...
Analytical and experimental studies were performed for predicting noise attenuation in acoustically ...
AbstractThis article reviews the application of Computational Aero-Acoustics (CAA) to the prediction...
Numerical theories in conjunction with previously published analytical results are used to augment c...
AbstractThis article reviews the application of Computational Aero-Acoustics (CAA) to the prediction...
Forward and aft acoustic propagation and radiation from a ducted fan is modeled using a finite eleme...
The finite element codes were improved using Hermitian elements and numerical integration of element...
Analytical and experimental studies for predicting noise attenuation in acoustically treated ducts f...
A finite difference formulation is presented which is useful in the study of acoustically treated in...
An analytical technique was developed for predicting the acoustic performance of turbofan inlets car...
The development of computational methods in acoustics has led to the introduction of analysis and de...
Stringent noise level requirements for commercial aircraft engines have driven the development of hi...
This report presents the results of a parametric study of the turbofan far-field noise radiation usi...
A finite element code has been developed for the prediction of the radiated acoustic field from the ...
Stringent noise level requirements for commercial aircraft engines have driven the development of hi...
Stringent noise level requirements for commercial aircraft engines have driven the development of hi...
Analytical and experimental studies were performed for predicting noise attenuation in acoustically ...
AbstractThis article reviews the application of Computational Aero-Acoustics (CAA) to the prediction...
Numerical theories in conjunction with previously published analytical results are used to augment c...
AbstractThis article reviews the application of Computational Aero-Acoustics (CAA) to the prediction...
Forward and aft acoustic propagation and radiation from a ducted fan is modeled using a finite eleme...
The finite element codes were improved using Hermitian elements and numerical integration of element...
Analytical and experimental studies for predicting noise attenuation in acoustically treated ducts f...
A finite difference formulation is presented which is useful in the study of acoustically treated in...