A new computer technique for the analysis of transport aircraft sonic boom signature characteristics was developed. This new technique, based on linear theory methods, combines the previously separate equivalent area and F function development with a signature propagation method using a single geometry description. The new technique was implemented in a stand-alone computer program and was incorporated into an aircraft performance analysis program. Through these implementations, both configuration designers and performance analysts are given new capabilities to rapidly analyze an aircraft's sonic boom characteristics throughout the flight envelope
AbstractBased on bodies of revolution, several flight and shape parameters are considered for invest...
One of the current impediments to the establishment of supersonic transports as a viable part of the...
Presented at the 43rd Aerospace Sciences Meeting and Exhibit, Reno NV, Jan 10-13, 2005Sonic boom mod...
Sonic boom overpressures and signature duration may be predicted for the entire affected ground area...
In this paper a simple approach aimed to the definition of a supersonic configuration optimized in t...
Aircraft sonic boom characteristics predicted from near field data obtained in wind tunne
A method for estimating the sonic-boom overpressures from a conceptual aircraft where the lift is ca...
The Euler code, designated AIRPLANE, which uses an unstructured tetrahedral mesh was used to compute...
A brief resume of sonic boom minimization methods is given to provide a background for a new, empiri...
Charts which give an estimation of minimum achievable sonic-boom levels for supersonic cruise aircra...
The results of sonic boom research studies are presented. The purpose of the studies was as follows:...
In this paper a simple approach based on the Carlson's method will be presented to define a superson...
Two wing/fuselage/nacelle/fin concepts were designed to check the validity and the applicability of ...
Tables are provided of measured sonic boom signature data derived from supersonic flyover tests of t...
The waveform parameter method of sonic boom extrapolation is derived and shown to be equivalent to t...
AbstractBased on bodies of revolution, several flight and shape parameters are considered for invest...
One of the current impediments to the establishment of supersonic transports as a viable part of the...
Presented at the 43rd Aerospace Sciences Meeting and Exhibit, Reno NV, Jan 10-13, 2005Sonic boom mod...
Sonic boom overpressures and signature duration may be predicted for the entire affected ground area...
In this paper a simple approach aimed to the definition of a supersonic configuration optimized in t...
Aircraft sonic boom characteristics predicted from near field data obtained in wind tunne
A method for estimating the sonic-boom overpressures from a conceptual aircraft where the lift is ca...
The Euler code, designated AIRPLANE, which uses an unstructured tetrahedral mesh was used to compute...
A brief resume of sonic boom minimization methods is given to provide a background for a new, empiri...
Charts which give an estimation of minimum achievable sonic-boom levels for supersonic cruise aircra...
The results of sonic boom research studies are presented. The purpose of the studies was as follows:...
In this paper a simple approach based on the Carlson's method will be presented to define a superson...
Two wing/fuselage/nacelle/fin concepts were designed to check the validity and the applicability of ...
Tables are provided of measured sonic boom signature data derived from supersonic flyover tests of t...
The waveform parameter method of sonic boom extrapolation is derived and shown to be equivalent to t...
AbstractBased on bodies of revolution, several flight and shape parameters are considered for invest...
One of the current impediments to the establishment of supersonic transports as a viable part of the...
Presented at the 43rd Aerospace Sciences Meeting and Exhibit, Reno NV, Jan 10-13, 2005Sonic boom mod...