This paper presents an extensive review of the developments in the aeroelasticity of
morphing aircraft that occurred in the last decade (from 2009 to 2020). It focuses mainly on …

Aeroelastic wings have a significant capacity like normal flyers, to improve the aircraft's
overall performance and maneuverability. It is a plugin that allows changing the airfoil-level …

Bird flight incorporates complex multi-degree-of-freedom motions, such as flapping, pitching,
twisting, and folding. The aerodynamic mechanism of these complex movements, especially …

The method of increasing the efficiency of using one of the most common means of auxiliary
transport in underground coal mines—suspended monorails—is presented. Increase of …

Reliable aerodynamic and aeroelastic simulations of advanced aeronautical/mechanical
systems require us to predict flow-induced forces as accurately as possible. Nowadays …

Morphing wing aircraft have generated increasing interest in recent years owing to their
ability to alter the shape and configuration of the wings to retain optimum flight performance …

Due to the longer distance of moving the crew to the workplace in hard coal mines, the
possibility of increasing the maximum permissible speed of suspended monorails was …

Increasingly flexible structures force engineers and scientists to improve simulation
capabilities incorporating an adequate description of non-linear phenomena. Furthermore …

This paper presents the development of an aeroelastic analysis approach for the dynamic
response of a Z-shaped folding wing. The structural model is established by the finite …

Increasing the maximum speed limit of suspended monorails, which became a very popular
means of auxiliary transport, is one of the aspects of improving the efficiency of work in …