Insect wings possess unique, multifaceted properties that have drawn increasing attention in
recent times. They serve as an inspiration for engineering of materials with exquisite …

The omnipresence of fluid–structure interaction (FSI) in biological systems is indisputable—
from the vibration of leaves to the locomotion of fish, to the flying of birds, and to the …

After billions of years of natural selection, flying animals with flap** wings have superior
flight and mobility capabilities. The aerodynamic characteristics and the propulsion …

Recent exploration in insect-inspired robotics has generated considerable interest. Among
insects navigating at low Reynolds numbers, mosquitoes exhibit distinct flight …

The excellent performance of many creatures using flap** wings has attracted a lot of
research on the performance of a single flap** wing. However, many species generally …

In terms of their flight and unusual aerodynamic characteristics, mosquitoes have become a
new insect of interest. Despite transmitting the most significant infectious diseases globally …

This study proposed a partitioned method to analyze maneuvering of insects during flap**
flight. This method decomposed the insect flap** flight into wing and body subsystems …

A novel integrated aeroelastic model of flap** wings (FWs) undergoing a prescribed rigid
body motion is presented. In this respect, the FW nonlinear structural dynamics is enhanced …

We performed a numerical simulation of the flow field with wing flap** under conditions
simulating mosquito flight. Several simple planar shape wing models with the same aspect …

The specific flight mechanisms of insects like hovering and maneuverability along with their
tiny size nature grasp the attention of many researchers across the globe to utilize the …