There is significant evidence that the performance of quadrotors degrades when operating close to the ground surface. While many studies on ground effect for conventional helicopters are available, its study for multirotor platforms has so far received limited attention. In view of this, in this paper the problem of characterising the operation of a quadrotor platform in ground effect is considered and the results obtained in an experimental campaign to this purpose are presented and discussed
The performance of a Quad Tilt Rotor (QTR) in helicopter mode was experimentally studied in ground e...
In this study, experiments were performed to investigate the aerodynamic interaction between a helic...
Wind tunnel measurements of the wake below and ahead of a model helicopter main rotor in simulated f...
There is significant evidence that the performance of quadrotors degrades when operating close to th...
It is well known in the literature on multirotor UAVs that the flight control performance is affecte...
This paper analyzes the ground effect in multirotors, that is, the change in the thrust generated by...
Ground effect on rotary aircraft has been studied for many decades. Although a large body of researc...
Quadrotors ying close to the ground experience a force resisting their descent known as ground effec...
In this work, the ground effect phenomena for a rotary wing is investigated both numerically and exp...
Mitigating ground effect becomes a big challenge for autonomous aerial vehicles when they are flying...
Flight condition of helicopters proximity to the ground, so-called “Ground Effect”, is among one of ...
In this paper a brief overview of the human powered flight will be given at the beginning. The power...
With the increased usage of propeller-driven unmanned-aerial-vehicles (UAV) in closed spaces such as...
In recent years, aerial manipulators with fully-actuated capabilities are gaining popularity for bei...
In this thesis, ground effect issue which is a vital topic for helicopter industry is investigated w...
The performance of a Quad Tilt Rotor (QTR) in helicopter mode was experimentally studied in ground e...
In this study, experiments were performed to investigate the aerodynamic interaction between a helic...
Wind tunnel measurements of the wake below and ahead of a model helicopter main rotor in simulated f...
There is significant evidence that the performance of quadrotors degrades when operating close to th...
It is well known in the literature on multirotor UAVs that the flight control performance is affecte...
This paper analyzes the ground effect in multirotors, that is, the change in the thrust generated by...
Ground effect on rotary aircraft has been studied for many decades. Although a large body of researc...
Quadrotors ying close to the ground experience a force resisting their descent known as ground effec...
In this work, the ground effect phenomena for a rotary wing is investigated both numerically and exp...
Mitigating ground effect becomes a big challenge for autonomous aerial vehicles when they are flying...
Flight condition of helicopters proximity to the ground, so-called “Ground Effect”, is among one of ...
In this paper a brief overview of the human powered flight will be given at the beginning. The power...
With the increased usage of propeller-driven unmanned-aerial-vehicles (UAV) in closed spaces such as...
In recent years, aerial manipulators with fully-actuated capabilities are gaining popularity for bei...
In this thesis, ground effect issue which is a vital topic for helicopter industry is investigated w...
The performance of a Quad Tilt Rotor (QTR) in helicopter mode was experimentally studied in ground e...
In this study, experiments were performed to investigate the aerodynamic interaction between a helic...
Wind tunnel measurements of the wake below and ahead of a model helicopter main rotor in simulated f...