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MDAO fo Aerodynamic Assessment of a Morphed Wing for the Loiter Segment of a UAV Flight Mission
Date
2016-01-08
Author
Yang, Yosheph
Özgen, Serkan
Yaman, Yavuz
Ciarella, Andrea
Hahn, Marco
Beaverstock, Christhopher
Friswell, Michael
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www.aiaa.org/scitech2016
https://hdl.handle.net/11511/86122
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MDAO for aerodynamic assessment of a morphed wing for the loiter segment of a UAV flight mission
Yang, Yosheph; Özgen, Serkan; Yaman, Yavuz; Ciarella, Andrea; Hahn, Marco; Beaverstock, Chris S.; Friswell, Michael I. (2016-01-01)
In this paper a detailed overview of a framework for an optimization of a morphing wing is presented. The framework presented here aids the design process of a morphing UAV wing which includes the variety of the flight phases and morphing concepts. The framework consists of two main solvers to compute the aerodynamic assessment of the wing: a fast low-fidelity module that solves the aeroelastic problem by coupling a geometrically nonlinear structural model to a potential flow aerodynamic model and a high-fi...
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Motivation: Identification of interactions between bioactive small molecules and target proteins is crucial for novel drug discovery, drug repurposing and uncovering off-target effects. Due to the tremendous size of the chemical space, experimental bioactivity screening efforts require the aid of computational approaches. Although deep learning models have been successful in predicting bioactive compounds, effective and comprehensive featurization of proteins, to be given as input to deep neural networks, r...
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FMEA-based methodology for delay analysis of construction projects
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Delay is prevalent in construction projects. Projects can hardly be completed on estimated targets due to emergent risk factors. Decision makers need a delay analysis method to estimate construction duration accurately, considering the occurrence of several risk events. Due to the non-existence of historical databases about previous projects and the one off nature of construction projects; the expertise of project managers is a valuable source of knowledge for delay analysis. In this study, the objective is...
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Y. Yang et al., “MDAO fo Aerodynamic Assessment of a Morphed Wing for the Loiter Segment of a UAV Flight Mission,” 2016, Accessed: 00, 2021. [Online]. Available: www.aiaa.org/scitech2016.