In Human–Machine interaction, the possibility of increasing the intelligence and adaptability
of the controlled plant by imitating human control behavior has been an objective of many …

The study of the biodynamic response of helicopter passengers and pilots, when excited by
rotorcraft vibrations that are transmitted through the seat and, for the latter, the control …

This paper reports the results of a Pilot-Induced Oscillation (PIO) and human pilot control
characterization study performed using flight data collected with a Remotely Controlled …

This study analyzes the T-38A Talon twin-jet trainer aircraft rudder pedal hanger damage
due to the fracture that has been identified at the clevis surfaces where the tension rises. The …

Tiltrotor aircraft are challenging machines to design considering the various operating
conditions and multipurpose missions that are expected to be performed by this complex …

This paper addresses the potential impact of adverse aircraft-pilot couplings on tiltrotor
safety, when a pilot or autopilot attempts to constrain flight dynamics with strong control. The …

This paper presents a wavelet scalogram-based metric, which identifies pilot-induced
oscillations (PIOs) from flight and when they have occurred. The method considers the time …

This paper proposes a method to predict nonlinear Pilot-Induced Oscillation (PIO) using an
intelligent human pilot model. This method is based on a scalogram-based PIO metric …

Nonlinear pilot-induced oscillations (PIOs) pose a threat to the safety of piloted aircraft in
flight. This study aimed to address this safety concern. A novel method for designing an …

Aircraft-pilot couplings (APCs) are one of the key factors that affect the flight safety of the
modern aircraft. Among the several types of APCs, the nonlinear pilot induced oscillations …