In this research, the flow around the autonomous underwater vehicles with symmetrical
bodies is numerically investigated. Increasing the drag force in autonomous underwater …

A novel biomimetic aerodynamic thrust bearing is developed and investigated. The surface
structure of the bearing is evolved from the micro-grids of dragonfly wings, which …

Many developments in aerospace science have originated from nature. One of these
developments has been obtained through inspirations from flying locomotion. The aim of this …

The flow field around a finite-span flat wing in pitch motion is modeled by means of large-
eddy simulation. The effect of moderate sweep angles on the stability of the leading-edge …

Scientists have been improving the aerodynamic performance of flapping micro aerial
vehicles by drawing inspiration from birds and insect flight. In this research study, first, the …

The aerodynamic performance of fabricated eagle wing with the corrugated trailing edge
was investigated experimentally and numerically in this study. In this respect, wings were …

This study presents the empirical comparison between the wing root and wingtip corrugation
patterns of dragonfly wing in the newly-built wind-tunnel at the IAUN. The main objective of …

Purpose Ground effect is one of the important factors in the enhancement of wing
aerodynamic performance. This study aims to investigate the aerodynamic forces and …

In the present study, the ground effect on the dynamics stall of the flapping wing with the
bending deflection angle is experimentally investigated in the forward flight. For this …

In the current study, the mid cross section of the dragonfly forewing was simulated at ultra-
low Reynolds number. The study aims to understand better the contribution of corrugations …