This work discusses the dependence of helicopter aeroelastic stability on the pilot's biodynamic feedthrough. Two rotorcraft specific problems are presented. The modeling approach used in the investigation is briefly described, along with the experimental setup used for pilot biodynamic feedthrough characterization and for closed-loop problem investigation is described. The need to perform closed-loop experiments is discussed
This work presents the integration of a detailed biomechanical model of the arm of a helicopter pilo...
"This paper discusses the aeroelastic interaction between the helicopter and the pilot called collec...
This paper discusses the aeroelastic interaction between the helicopter and the pilot called collect...
This work discusses the dependence of helicopter aeroelastic stability on the pilot's biodynamic fee...
The coupling of rotorcraft dynamics with the dynamics of one of the main systems devoted to its cont...
The coupling of rotorcraft dynamics with the dynamics of one of the main systems devoted to its cont...
This work presents the integration of a detailed biomechanical model of the arms of a helicopter pil...
Aircraft-Pilot Couplings, namely the adverse interaction of the pilot with the aeromechanics of airc...
This paper investigates the roll/lateral rotorcraft–pilot coupling, a phenomenon caused by the inter...
This work discusses the identification and the modeling of the biomechanics of fixed and rotary wing...
This work presents the integration of a detailed biomechanical model of the arm of a helicopter pilo...
"This paper discusses the aeroelastic interaction between the helicopter and the pilot called collec...
This paper discusses the aeroelastic interaction between the helicopter and the pilot called collect...
This work discusses the dependence of helicopter aeroelastic stability on the pilot's biodynamic fee...
The coupling of rotorcraft dynamics with the dynamics of one of the main systems devoted to its cont...
The coupling of rotorcraft dynamics with the dynamics of one of the main systems devoted to its cont...
This work presents the integration of a detailed biomechanical model of the arms of a helicopter pil...
Aircraft-Pilot Couplings, namely the adverse interaction of the pilot with the aeromechanics of airc...
This paper investigates the roll/lateral rotorcraft–pilot coupling, a phenomenon caused by the inter...
This work discusses the identification and the modeling of the biomechanics of fixed and rotary wing...
This work presents the integration of a detailed biomechanical model of the arm of a helicopter pilo...
"This paper discusses the aeroelastic interaction between the helicopter and the pilot called collec...
This paper discusses the aeroelastic interaction between the helicopter and the pilot called collect...