Aerodynamic parameter estimation involves modeling both force and moment coefficients
along with the computation of stability and control derivatives from recorded flight data …

Aerodynamic characterisation from flight testing is an integral subroutine for evaluating a
new flight vehicle's aerodynamic performance, stability and controllability. The estimation of …

Flight test for aircraft certification is a fundamental method to ensure safe aircraft and air
travel worldwide. Flight test data is collected through a limited number of discrete subspace …

Aircraft parameter estimation is crucial for designing accurate and reliable flight dynamic
models, essential for integration into flight simulators and develo** effective control laws …

In the era of Unmanned Aerial Systems (UAS), an onboard autopilot occupies a prominent
place and is inevitable for many of their modern applications. The efficacy of autopilot …

Accurate numerical values of aerodynamic parameters are important in aircraft design. The
knowledge of stability and control aerodynamic parameters is essential to postulate high …

This paper presents an aerodynamic parameter identification method for morphing aircraft
through physics-informed transfer learning. The basic configuration of the morphing aircraft …

System identification methods have extensive application in the aerospace industry's
experimental stability and control studies. Accurate aerodynamic modeling and system …

Unmanned Aerial Vehicles (UAV) need high mobility in performing military tasks. In this
paper, we summarized the UAVs identification methods based on neural network, which …

As far as the aerodynamic characterization of a flying vehicle is concerned, flight testing is
probably the most accurate approach as it perfectly resembles the real flight environment …