Add to ORKGTheoretical analyses for computer program to calculate random vibrations of reinforced rectangular cylindrical panels in fluctuating pressure environmen
The accuracy of classical linear theory for predicting acceleration and strain for cantilevered and ...
Digital computer program for predicting panel response to turbulent boundary layer fluctuation
Lightweight aircraft structures exposed to a high intensity noise environment can fatigue prematurel...
Users manual for computer program to calculate random vibrations of reinforced rectangular cylindric...
Summarized are the progress and accomplishments performed under NASA/Langley Research Center Master ...
A review was made of power spectral methods for determining linear response of structures to random ...
A high frequency random vibration analysis, (statistical energy analysis (SEA) method) is examined. ...
Closed cylindrical shell response for acoustic excitation random in time and deterministic in spac
Statistical energy analysis for studying dynamic behavior of large, complex structures and acoustic ...
Theoretical analysis of response of thin cylindrical shell to random vibratory loadin
Structural stability of shells - random pressure excitation and statistical dependence of normal mod...
Vibration effects of simple curved panels to high intensity random and discrete frequency nois
The response of reusable space shuttle insulation panels to random acoustic pressure fields are stud...
Results are presented for an investigation of surface pressure fluctuations and response of panels u...
Fatigue and response to noise of aircraft and spacecraft viscoelastic panels, shell structure, and p...
The accuracy of classical linear theory for predicting acceleration and strain for cantilevered and ...
Digital computer program for predicting panel response to turbulent boundary layer fluctuation
Lightweight aircraft structures exposed to a high intensity noise environment can fatigue prematurel...
Users manual for computer program to calculate random vibrations of reinforced rectangular cylindric...
Summarized are the progress and accomplishments performed under NASA/Langley Research Center Master ...
A review was made of power spectral methods for determining linear response of structures to random ...
A high frequency random vibration analysis, (statistical energy analysis (SEA) method) is examined. ...
Closed cylindrical shell response for acoustic excitation random in time and deterministic in spac
Statistical energy analysis for studying dynamic behavior of large, complex structures and acoustic ...
Theoretical analysis of response of thin cylindrical shell to random vibratory loadin
Structural stability of shells - random pressure excitation and statistical dependence of normal mod...
Vibration effects of simple curved panels to high intensity random and discrete frequency nois
The response of reusable space shuttle insulation panels to random acoustic pressure fields are stud...
Results are presented for an investigation of surface pressure fluctuations and response of panels u...
Fatigue and response to noise of aircraft and spacecraft viscoelastic panels, shell structure, and p...
The accuracy of classical linear theory for predicting acceleration and strain for cantilevered and ...
Digital computer program for predicting panel response to turbulent boundary layer fluctuation
Lightweight aircraft structures exposed to a high intensity noise environment can fatigue prematurel...