The impact of in- ight folding wingtip on roll characteristics of aircraft has been studied in the past. In this study, a handling qualities assessment carried out to de-risk further development of such a device. A specialised ight simulation campaign is prepared to evaluate the roll dynamics in di erent morphing con gurations. Various manoeuvres, including the O set Landing Manoeuvre and herein presented Slalom and Alignment Tracking task are used. Cooper Harper Rating scales and ight data analysis are used to collect pilot opinion and validate pilot-in-the-loop simulation results. This example is used to demonstrate the use of the slalom and Alignment Tracking manoeuvre for lateral dynamic assessment
© 2020 The Author(s). Published by VGTU Press. This article aims to indicate the differences between...
This article is focused on numerical investigations aimed to analyze the advantages induced on high ...
This article is focused on numerical investigations aimed to analyze the advantages induced on high ...
It is well known that increasing wing span leads to improved aerodynamic performances. To comply wi...
Wingtip folding is a means by which an aircraft’s wingspan can be extended, allowing designers to ta...
A slalom and alignment tracking manoeuvre was developed for multi-directional handling qualities ana...
Wingtip folding is a means by which an aircraft’s wingspan can be extended, allowing designers...
Flying wings are known for their limited lateral-directional stability and handling qualities. This ...
The assurance of appropriate handling qualities represents a critical aspect for the development of ...
The assurance of appropriate handling qualities represents a critical aspect for the development of ...
This article aims to indicate the differences between rigid and flexible wing aircraft ...
This paper presents an experimental investigation on using FOLDing wingtips sERving as cONtrol effec...
This paper presents an experimental investigation on using FOLDing wingtips sERving as cONtrol effec...
Wingtip folding can be used to extend aircraft wingspan, allowing designers to take advantage of red...
© 2020 The Author(s). Published by VGTU Press. This article aims to indicate the differences between...
© 2020 The Author(s). Published by VGTU Press. This article aims to indicate the differences between...
This article is focused on numerical investigations aimed to analyze the advantages induced on high ...
This article is focused on numerical investigations aimed to analyze the advantages induced on high ...
It is well known that increasing wing span leads to improved aerodynamic performances. To comply wi...
Wingtip folding is a means by which an aircraft’s wingspan can be extended, allowing designers to ta...
A slalom and alignment tracking manoeuvre was developed for multi-directional handling qualities ana...
Wingtip folding is a means by which an aircraft’s wingspan can be extended, allowing designers...
Flying wings are known for their limited lateral-directional stability and handling qualities. This ...
The assurance of appropriate handling qualities represents a critical aspect for the development of ...
The assurance of appropriate handling qualities represents a critical aspect for the development of ...
This article aims to indicate the differences between rigid and flexible wing aircraft ...
This paper presents an experimental investigation on using FOLDing wingtips sERving as cONtrol effec...
This paper presents an experimental investigation on using FOLDing wingtips sERving as cONtrol effec...
Wingtip folding can be used to extend aircraft wingspan, allowing designers to take advantage of red...
© 2020 The Author(s). Published by VGTU Press. This article aims to indicate the differences between...
© 2020 The Author(s). Published by VGTU Press. This article aims to indicate the differences between...
This article is focused on numerical investigations aimed to analyze the advantages induced on high ...
This article is focused on numerical investigations aimed to analyze the advantages induced on high ...