Peer Reviewedhttp://deepblue.lib.umich.edu/bitstream/2027.42/83557/1/AIAA-44727-830.pd
Because the wing-structure weight required to support the critical wing section bending moments is a...
In the current generation, aircrafts became the fastest mode of transportation for goods and passeng...
Summary The induced drag of non-planar wings is compared to that of planar wings which result fro...
Nonplanar lifting surfaces can lower the induced drag relative to planar surfaces by redistributing ...
Non-planar lifting surfaces offer potentially significant gains in aerodynamic efficiency by lowerin...
Although the aerospace sector is currently responsible for a relatively small portion of global anth...
This paper deals with nonplanar wing concepts -- their advantages and possible applications in a var...
In this work four nonplanar wing configurations were studied using the vortex-lattice method: the wi...
Improvements in the aerodynamic efficiency of commercial transport aircraft will reduce fuel usage w...
A novel population structured genetic algorithm (sGA) with embedded potential flow vortex ring pane...
A simple unified numerical method applicable to non-planar subsonic aircraft has been developed for ...
Advances in numerical optimization have raised the possibility that efficient and novel aircraft con...
As contemporary aerostructural research in aircraft design trends toward high-fidelity computational...
The research reported in this thesis is concerned with the structural weight optimization of aircra...
As contemporary aerostructural research for aircraft design trends toward high-fidelity computationa...
Because the wing-structure weight required to support the critical wing section bending moments is a...
In the current generation, aircrafts became the fastest mode of transportation for goods and passeng...
Summary The induced drag of non-planar wings is compared to that of planar wings which result fro...
Nonplanar lifting surfaces can lower the induced drag relative to planar surfaces by redistributing ...
Non-planar lifting surfaces offer potentially significant gains in aerodynamic efficiency by lowerin...
Although the aerospace sector is currently responsible for a relatively small portion of global anth...
This paper deals with nonplanar wing concepts -- their advantages and possible applications in a var...
In this work four nonplanar wing configurations were studied using the vortex-lattice method: the wi...
Improvements in the aerodynamic efficiency of commercial transport aircraft will reduce fuel usage w...
A novel population structured genetic algorithm (sGA) with embedded potential flow vortex ring pane...
A simple unified numerical method applicable to non-planar subsonic aircraft has been developed for ...
Advances in numerical optimization have raised the possibility that efficient and novel aircraft con...
As contemporary aerostructural research in aircraft design trends toward high-fidelity computational...
The research reported in this thesis is concerned with the structural weight optimization of aircra...
As contemporary aerostructural research for aircraft design trends toward high-fidelity computationa...
Because the wing-structure weight required to support the critical wing section bending moments is a...
In the current generation, aircrafts became the fastest mode of transportation for goods and passeng...
Summary The induced drag of non-planar wings is compared to that of planar wings which result fro...
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