A Bilateral, Flexible Sensing Skin Integrated In Situ Self-Compensation for Multi-Modal Measurement of Morphing Wings
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DOI: 10.1109/jsen.2025.3584336
Abstract: The utilization of morphing technology in aircraft represents a highly effective approach to improving aerodynamic performance and minimizing energy consumption. However, the deformation of morphing wings requires aerodynamic sensing technology to be versatile and deformable.… read more here.
Keywords: flexible sensing; sensing skin; compensation; morphing wings ... See more keywords
Effect of NiTi-wired smart composite on morphing wings of unmanned aerial vehicles
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DOI: 10.1177/07316844251344006
Abstract: Smart materials applied in morphing wings can achieve several benefits, such as the reduction of aerodynamic coefficients, and therefore a lower energy consumption. This work proposes a novel implementation of a smart soft composite (SSC),… read more here.
Keywords: aerial vehicles; effect niti; unmanned aerial; niti wired ... See more keywords
Unsteady Lifting-Line Theory for Camber Morphing Wings State-Space Aeroelastic Modeling
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DOI: 10.2514/1.j064329
Abstract: A novel frequency-domain analytical-numerical model for the aerodynamic solution of camber morphing wings is developed. The model combines an unsteady lifting-line formulation with Küssner–Schwarz aerodynamic theory to provide the pressure distribution and thus the transcendental… read more here.
Keywords: state space; morphing wings; camber; camber morphing ... See more keywords