butterfly drone

In recent years, the field of bio-inspired flapping-wing aerial vehicles has advanced rapidly, driven by the need for lightweight, high-performance, […]

In this research, I focused on designing a swing actuator based on dielectric elastomer (DE) thin films to achieve oscillatory

Our research focuses on designing a bionic butterfly drone specifically tailored for agricultural applications. By mimicking the flight mechanics of

Our team has developed a novel bio-inspired butterfly drone that leverages the unique low-frequency, high-amplitude flapping wing mechanism of real

My research focuses on developing novel photoanode structures for dye-sensitized solar cells (DSSCs) by mimicking the intricate microstructures found in

We present a comprehensive design analysis of a bio-inspired butterfly drone, addressing the critical challenges of miniaturization in flapping-wing aerial

I have spent years investigating the intricate flight mechanisms of butterflies and translating those principles into functional unmanned aerial vehicles.

In my research on insect flight aerodynamics, I have focused on understanding the high-lift mechanisms of butterflies during hovering flight.

In our research, we explore the realm of biomimetic micro aerial vehicles by presenting a comprehensive design and development of

In this work, we present a comprehensive design and realization of a biomimetic butterfly drone flight control system that leverages

My research focuses on the overall design, aerodynamic analysis, flight control simulation, prototyping, and flight testing of a bio-inspired butterfly