SHARPy simulation scripts, Pazy wing model and postprocessing for the paper Flutter predictions for very flexible wing wind tunnel test, submitted to the Journal of Aircraft Full Changelog: Minor changes to figure labellin
"Morphing in aircrafts has been studied and used throughout recent time in order to increase their f...
In last decades, several research programs were founded worldwide to exploit the potentialities of t...
Data and scripts for "A bioinspired separated flow wing provides turbulence resilience and aerodynam...
Updated repository for paper "Flutter predictions for very flexible wing wind tunnel test" submitted...
SHARPy v1.1.1 is the latest release, consolidating v1.1 with some minor bug fixes and features. Cha...
This new release includes the latest MRM results simulating the deformed flutter test of the Pre-Paz...
SHARPy (Simulation of High Aspect-Ratio airplanes in Python) is an nonlinear aeroelasticity simulati...
The Pazy Wing test case is a benchmark for the investigation of aeroelastic effects at very large de...
Two different nonlinear aeroelastic tool sets, SHARPy and the Modal Rotation Method (MRM), have been...
Future aircraft wing technology is rapidly moving toward flexible and morphing wing concepts capable...
Presentation for the conference paper: Flutter Predictions of a Very Flexible Wing, presented at the...
The Flutter Phenomen • Aeroelastic instability caused by interaction of structural dynamics and u...
Future aircraft designs with high aspect ratios offer aerodynamic advantages and thus contribute to ...
"Morphing in aircrafts has been studied and used throughout recent time in order to increase their f...
In last decades, several research programs were founded worldwide to exploit the potentialities of t...
Data and scripts for "A bioinspired separated flow wing provides turbulence resilience and aerodynam...
Updated repository for paper "Flutter predictions for very flexible wing wind tunnel test" submitted...
SHARPy v1.1.1 is the latest release, consolidating v1.1 with some minor bug fixes and features. Cha...
This new release includes the latest MRM results simulating the deformed flutter test of the Pre-Paz...
SHARPy (Simulation of High Aspect-Ratio airplanes in Python) is an nonlinear aeroelasticity simulati...
The Pazy Wing test case is a benchmark for the investigation of aeroelastic effects at very large de...
Two different nonlinear aeroelastic tool sets, SHARPy and the Modal Rotation Method (MRM), have been...
Future aircraft wing technology is rapidly moving toward flexible and morphing wing concepts capable...
Presentation for the conference paper: Flutter Predictions of a Very Flexible Wing, presented at the...
The Flutter Phenomen • Aeroelastic instability caused by interaction of structural dynamics and u...
Future aircraft designs with high aspect ratios offer aerodynamic advantages and thus contribute to ...
"Morphing in aircrafts has been studied and used throughout recent time in order to increase their f...
In last decades, several research programs were founded worldwide to exploit the potentialities of t...
Data and scripts for "A bioinspired separated flow wing provides turbulence resilience and aerodynam...
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