MAE Events
Dr. Zhenhua Tian's talk explores the development of acoustic technology for dynamically controlling acoustic fields to manipulate nano- to millimeter-scale matter non-contact. Key applications include creating lattice-like patterns, printing anisotropic tissues, stimulating single cells, and enabling bubble-free DNA delivery, as well as manipulating objects in microgravity. This research offers innovative solutions for biophysical characterization, cell manipulation, and transportation in challenging …
MAE CalendarThis talk presents a computational formulation based on continuum mechanics to study the interaction of fluid membranes embedded with semiflexible filaments. We model the membrane as a thin fluid shell and the filament as a Cosserat rod. We assume that the filament is tethered to the membrane's surface while being allowed to float on it freely. The membrane's fluidity and …
MAE Calendar