Abstract Hybrid Airships (HAs) are being touted as an efficient aerial platform for various
applications involving heavy cargo transportation, communications, scientific exploration …

In recent years, there has been an increasing interest in the research and development of
high-altitude airships. These systems provide a suspended platform using buoyancy at 17 …

A miniature robotic blimp, as one type of lighter-than-air aerial vehicle, has attracted
increasing attention in the science and engineering field for its long flight duration and safe …

Multilobed hybrid airships are being considered the next paradigm for reinvigorated
utilization of lighter-than-air systems toward the realization of a green aviation future …

In recent years, hybrid airships have been identified as promising alternatives for high
altitude, long endurance missions. In this study, a design methodology to study the feasibility …

Abstract the dynamics of aircraft motion is determined, as is well known, by the acting forces.
When an airplane is flying, these forces include the total aerodynamic force, the thrust force …

Stabilizing the remotely operated hybrid VTOL tilt rotor unmanned aerial vehicle that has an
envelope of gas particularly installed to provide hydrostatic buoyancy force to generate lift …

The current research aims to design a novel concept for an efficient wing buoyancy assisted
aircraft (EWBA) by investigating the optimum aerodynamic efficiency of next-generation …

In recent years, hybrid airships have been identified as promising alternatives for high
altitude, long endurance missions. In this study, a design methodology to study the feasibility …

Nowadays, airships are generating a growing interest. The development of new
technologies has allowed hybrid airships to become a reality, leading to a significant …