This research investigates the use of a Linear Quadratic Regulator (LQR) controller to assist
commercial Boeing 747-200 aircraft regains its stability in the event of damage. Damages …

Purpose–Understanding the performance and flight envelope of a damaged aircraft is a
preliminary requirement to recover the aircraft after damage. This paper aims to provide a …

According to motion characteristic of an asymmetric rolling missile with damage fin, a three-
channel controlled model is established. The controller which is used to realize non-linear …

To improve the recoverability and survivability of aircraft after damage, a better
understanding of the flight dynamics and the structural loads is needed. However, damage …

The safety of aviation platforms has always been a major concern in the design of aviation
vehicles. Airborne high-speed maneuvering targets are currently the most significant threat …

Accurately evaluating the aerodynamic performance of the missile with damaged structures
is very important for the subsequent flight control strategy. At present, few researchers have …

Accurately evaluating the aerodynamic performance of a battle-structure-damaged aircraft is
essential to enable the pilot to optimize the flight control strategy. Based on CFD and rigid …

NE of the most important requirements for a military aircraft is its survivability in combat.
Wing damage is of particular concern since the lift force is mainly generated by a wing …

In the combat environment, wing damage is of particular concern since the wing is the main
component to generate lift which affects survivability or safety. Previous research has been …

A technique is developed that can be used to predict the effects of battle damage on the
aerodynamic performance of an aircraft's wing. The technique is based on results obtained …