Many marine animals can dynamically twist their pectoral fins while swimming. The effects of
such dynamic twisting on the unsteady forces on the fin and its surrounding flow field are yet …

Abstract Leading-edge vortex (LEV) is a hallmark of insect flight that forms and remains
stably attached on high angle-of-attack (AoA), low aspect ratio (AR) wings undergoing …

It has been agreed that a proper level of flexibility in moving appendages like a fin of
swimming animals enhances their propulsive performance. However, a few efforts have …

This study presents an efficient numerical simulation framework for analyzing the flight
dynamics of bird-inspired ornithopters in forward flight. The framework integrates a modified …

The oscillating hydrofoil, a device used for collecting environmentally friendly tidal energy, is
the focus of the study. The flexibility of the hydrofoil's trailing edge can impact its surface …

Vortices interacting with the solid surface of aerodynamic bodies are prevalent across a
broad range of geometries and applications, such as dynamic stall on wind turbine and …

The vortex produced at the leading edge of the wing, known as the leading edge vortex
(LEV), plays an important role in enhancing or destroying aerodynamic force, especially lift …

Wings play a vital role in the design of micro aerial vehicles (MAV), in view of aerodynamic
performance, maneuverability and hovering capabilities of the vehicles. The wings are …

Manufacturing and maintaining different aircraft fleet leads to various purposes, which
consumes more money as well as man power. Solution to this, nations that are leading in …