Fall quarter kicking off, hurray! Formal coursework will be ME 588 — Dynamics and Vibrations. Basic theoretical framework, single DOF systems, multiple DOF systems, and continuously driven systems. Not my first choice of material but need to take remotely and the options were few.
Informally, I’ll be working on modeling of dielectrophoresis effects at the nanoscale, applied primarily to biological sensors. Some finite element, some matlab, some fluids, etc. Interesting study of forces and motion at the nanoscale. I’ve ordered a bunch of texts on electrodynamic modeling and and cranking thru. The mechanics are new to me, the electrodynamics are familiar but rusty, the coding work is relatively straightforward. Initial model focus is on 2D systems tho I’d like to step up to 3d, tho this is of course substantially more complicated.