In the following we develop a non-autorotating monoplane wing. The conditions imposed on such a wing, aside from its freedom from autorotation,with respect to its polars and its construction, are taken into account as far as possible. It is indicated that the autorotation characteristics of a wing are dependent upon the speed of air flow as well as on the angle of yaw. This report postulates the knowledge of the behavior of certain conventional wings of different chords and cambers with respect to their air loads at large angles of attack
This paper explores the flight mechanics of a Micro Aerial Vehicle (MAV) without a vertical tail. Th...
This paper explores the flight mechanics of a Micro Aerial Vehicle (MAV) without a vertical tail. Th...
This report presents the results of a series of autorotation and torque tests on four different rota...
In the following we develop a non-autorotating monoplane wing. The conditions imposed on such a wing...
This paper investigates the flight mechanics of a micro aerial vehicle without a vertical tail in an...
This paper investigates the flight mechanics of a micro aerial vehicle without a vertical tail in an...
This paper investigates the flight mechanics of a micro aerial vehicle without a vertical tail in an...
This paper investigates the flight mechanics of a micro aerial vehicle without a vertical tail in an...
The operation of aircrafts with high aspect ratio wings is usually vulnerable to low-standard airpor...
This paper explores the flight mechanics of a Micro Aerial Vehicle (MAV) without a vertical tail. Th...
Various non-conventional wing development shows potential in increasing the aerodynamic performance ...
This investigation covers force tests through a large range of angle of attack on a series of monopl...
An investigation was made to determine the spinning characteristics of Clark Y monoplane wings with ...
This paper reviews the various sources of information pertaining to the design of tailless airplanes...
Click on the DOI link below to access the article (may not be free).The purpose of this paper is to ...
This paper explores the flight mechanics of a Micro Aerial Vehicle (MAV) without a vertical tail. Th...
This paper explores the flight mechanics of a Micro Aerial Vehicle (MAV) without a vertical tail. Th...
This report presents the results of a series of autorotation and torque tests on four different rota...
In the following we develop a non-autorotating monoplane wing. The conditions imposed on such a wing...
This paper investigates the flight mechanics of a micro aerial vehicle without a vertical tail in an...
This paper investigates the flight mechanics of a micro aerial vehicle without a vertical tail in an...
This paper investigates the flight mechanics of a micro aerial vehicle without a vertical tail in an...
This paper investigates the flight mechanics of a micro aerial vehicle without a vertical tail in an...
The operation of aircrafts with high aspect ratio wings is usually vulnerable to low-standard airpor...
This paper explores the flight mechanics of a Micro Aerial Vehicle (MAV) without a vertical tail. Th...
Various non-conventional wing development shows potential in increasing the aerodynamic performance ...
This investigation covers force tests through a large range of angle of attack on a series of monopl...
An investigation was made to determine the spinning characteristics of Clark Y monoplane wings with ...
This paper reviews the various sources of information pertaining to the design of tailless airplanes...
Click on the DOI link below to access the article (may not be free).The purpose of this paper is to ...
This paper explores the flight mechanics of a Micro Aerial Vehicle (MAV) without a vertical tail. Th...
This paper explores the flight mechanics of a Micro Aerial Vehicle (MAV) without a vertical tail. Th...
This report presents the results of a series of autorotation and torque tests on four different rota...