Starter Article: Multi-Fluid and Fluid–Structure interactions in Biological systems: Computational Methods and Applications
G Tomar - Journal of the Indian Institute of Science, 2024 - Springer
Everything and every-being around us is finite and connected with surroundings through
interfaces. Interactions between components in a multiphase system via interfaces define life …
interfaces. Interactions between components in a multiphase system via interfaces define life …
Design of stiffness-variable dielectric elastomer wing based on seagull characteristics and its application in avian flight bionics
H Ci, ZS Guo - International Journal of Smart and Nano Materials, 2024 - Taylor & Francis
Dielectric elastomers (DE), renowned for their lightweight, rapid response, high energy
density, and efficient conversion, have garnered significant attention in the realm of avian …
density, and efficient conversion, have garnered significant attention in the realm of avian …
[HTML][HTML] A Physics-and Data-Driven Study on the Ground Effect on the Propulsive Performance of Tandem Flapping Wings
In this paper, we present a physics-and data-driven study on the ground effect on the
propulsive performance of tandem flapping wings. With numerical simulations, the impact of …
propulsive performance of tandem flapping wings. With numerical simulations, the impact of …
Guest Editorial: Multi-Fluid and Fluid–Structure Interactions in Biological Systems: Computational Methods and Applications
We live in a world enveloped and permeated by fluids. The gaseous atmosphere
surrounding us and the aqueous environments within and around us are all composed of …
surrounding us and the aqueous environments within and around us are all composed of …
Self-assembly of superparamagnetic colloids induced by a rotating magnetic field
F Mignolet - 2024 - orbi.uliege.be
If you asked someone on the street about magnetism, they might claim to know little about it.
Yet, we all rely on magnets in our daily lives, from swiping a credit card to listening to music …
Yet, we all rely on magnets in our daily lives, from swiping a credit card to listening to music …
[引用][C] Simulation of complex flow with a hovering dragonfly by multi-direct forcing immersed boundary method
D Han, X Shi, Y Zheng - International Journal of Computational …, 2024 - World Scientific
The aerodynamic mechanisms of flapping-wing flyers are inherently complex due to rapid
wing movements and intricate vortex dynamics. This study introduces an immersed …
wing movements and intricate vortex dynamics. This study introduces an immersed …