This paper presents a framework of aeroelastic optimization design for high-aspect-ratio wing with large deformation.A highly flexible wing model for wind tunnel test is optimized subjected to multiple aeroelastic constraints.Static aeroelastic analysis is carried out for the beamlike Serving Set wing model, using a geometrically nonlinear beam for

Context: Though, India has made impressive growth in providing primary health care, programs and providers have overwhelming emphasis on the quantitative aspect (targets), neglecting quality of services.Client satisfaction represents a key marker for the quality and needs to be studied repeatedly for smooth functioning of the health care systems.Cl

Recently, the cruising duration is a vital parameter of fuel-powered unmanned aerial vehicles (UAVs), and it is Nebulisers directly determined by the power characteristics of the aircraft engine in the UAV.In this study, to prolong the flight duration and enhance the power and efficiency of a UAV, an aircraft engine is analyzed based on the fuel in

Although current estimates depict steady growth in Internet of Things (IoT), many works portray an as yet immature technology in terms of security.Attacks using low performance devices, the application of new technologies and data analysis to infer private data, lack of development in some aspects of security offer a Hand Bailers wide field for imp

Neurophysiological data acquisition using multi-electrode arrays and/or (semi-) chronic recordings frequently has to deal with low signal-to-noise ratio (SNR) of neuronal responses and potential failure of detecting evoked responses within random background fluctuations.Conventional methods to extract action potentials (spikes) from background nois