Recovery of safe flight for a particular aircraft, in a specific initial adverse condition is examined, with and without a specific control failure. It is shown that under optimal circumstances, the adverse vehicle state could be corrected with little altitude loss. In addition, a control failure which proved fatal in practice was corrected, assuming independently acting spoilers. Generalizing these results to a comprehensive set of upset scenari will be time consuming, but could offer valuable heuristic piloting insights
PDFProceedingsAircraft accidentsAviation safetyLoss of controlFlight decksSimulationHuman factorsAme...
In this communication we consider a transportation airplane in the situation in which a main aerodyn...
6th IFAC Symposium on System Structure and Control (SSSC) (2016: Istanbul)In this paper a loop-shapi...
Current flight control systems fail to recover to safe flight conditions in off-nominal flight condi...
The research presented in this paper focuses on the effects of structural failures on the safe fligh...
This paper presents an optimal control framework to determine a collection of open-loop command sign...
Loss of aircraft lateral control can be problem, specifically when multi engine propeller aircraft a...
peer reviewedIn this paper, the problem of aircraft spin recovery is solved as a trajectory optimiza...
This paper describes five loss of control accidents involving The remainder of this paper follows a ...
Pilot-activated automatic recovery systems (PARS) are a common feature of combat aircraft and are us...
Lost of Control in Flight (LOC-I) is ordinarily associated with flight outside of the normal flight ...
After a structural damage or component failure during any flight mode, aircraft dynamics are dramati...
This paper describes a model-predictive automatic recovery system for aircraft on the verge of a los...
A fault-tolerant controller is presented that is able to recover a quadrotor from an upset condition...
International audienceThis communication considers the case of total loss of hydraulic power by a tr...
PDFProceedingsAircraft accidentsAviation safetyLoss of controlFlight decksSimulationHuman factorsAme...
In this communication we consider a transportation airplane in the situation in which a main aerodyn...
6th IFAC Symposium on System Structure and Control (SSSC) (2016: Istanbul)In this paper a loop-shapi...
Current flight control systems fail to recover to safe flight conditions in off-nominal flight condi...
The research presented in this paper focuses on the effects of structural failures on the safe fligh...
This paper presents an optimal control framework to determine a collection of open-loop command sign...
Loss of aircraft lateral control can be problem, specifically when multi engine propeller aircraft a...
peer reviewedIn this paper, the problem of aircraft spin recovery is solved as a trajectory optimiza...
This paper describes five loss of control accidents involving The remainder of this paper follows a ...
Pilot-activated automatic recovery systems (PARS) are a common feature of combat aircraft and are us...
Lost of Control in Flight (LOC-I) is ordinarily associated with flight outside of the normal flight ...
After a structural damage or component failure during any flight mode, aircraft dynamics are dramati...
This paper describes a model-predictive automatic recovery system for aircraft on the verge of a los...
A fault-tolerant controller is presented that is able to recover a quadrotor from an upset condition...
International audienceThis communication considers the case of total loss of hydraulic power by a tr...
PDFProceedingsAircraft accidentsAviation safetyLoss of controlFlight decksSimulationHuman factorsAme...
In this communication we consider a transportation airplane in the situation in which a main aerodyn...
6th IFAC Symposium on System Structure and Control (SSSC) (2016: Istanbul)In this paper a loop-shapi...