Investigation of The Coriolis Effect in Rotating Space Platforms for Space travel

The presence of prolonged microgravity in space has long been known to have a negative impact on the human body such as deterioration of bones and muscles. Rotating space platforms have the potential to mitigate the health risks for prolonged space travel by creating an Earth-like artificial gravity environment for the habitants.

Adaptive state estimation and real-time tracking for control of a flexible wing with machine learning and AI

Advancements in intelligent aircraft controller design, paired with increasingly flexible and efficient aircrafts concepts, creates the need for the development of novel (smart) adaptive sensing suitable for aeroelastic state estimation. In contrast to rigid states, aeroelastic state estimation requires more measurement points (displacements and...

Design and Real-Time Implementation of a Vision-Based Adaptive Model-Free Morphing Wing Motion Control Method [PPT]

The advancements made in aircraft control methodology and the tendency towards increasingly lighter aircraft structures open the opportunity to higher structural performance and aerodynamic efficiency. However, with the reduction of structure weight, the structure stiffness reduces typically, which makes the structure more susceptible to...

Integration of Active Morphing Technology With Smart Morphing Wing Concept for Simultaneous In-Flight Performance Optimisation, Load Alleviation and Flight Dynamic Control (PPT)

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