The flow over a flat-plate wing passing through a transverse gust was investigated using
both experimental and computational methods. The gust created physically in a water-filled …

This work aims to model transonic airfoil–gust interaction and the gust response on
transonic aileron-buzz problems using high-fidelity computational fluid dynamics (CFD) and …

Unmanned aerial vehicle (UAV) flights in urban environments are challenging due to the
complex flow structures and elevated turbulence around buildings. Consequently, research …

The split velocity method was applied to study the response of a finite flat-plate wing with an
aspect ratio of four encountering a large transverse gust with various gust widths. The gust is …

This paper investigates the effect of wingtip bending morphing on gust-induced
aerodynamics based on the fluid–structure interaction (FSI) method at Re= 40 000. First, an …

The objective of the present paper is to revisit two well-known wind gust injection methods in
a consistent manner and to assess their performance based on different application cases …

The paper is a step towards the evaluation of the worst-case scenario caused by strong wind
gusts impacting civil engineering air-inflated lightweight structures. These extreme events …

This paper presents a computational method to study a translating flat plate at steady
velocity encountering a sudden transverse gust for different gust magnitudes and airfoil …

A time-spectral and adjoint-based optimization method was developed and applied to
helicopter rotor design for unsteady level flight. The time-spectral method is a fast and …

A unified modelling approach, using computational fluid dynamics, to calculate the flutter
stability and dynamic gust response of realistic aircraft models is outlined. The approach …