Energy Storage II
January to May 2016
Some components of the machine were immediately disassembled and recycled, and the rest were stored in ESW's club locker. Extra materials (including unused acrylic, bolts, washers, nuts, magnets, lubricant, bands, etc.) were stored in the locker and are ready to be used in future projects.
the MECE Machine Shop
Mike Buffalin and the Construct Lab
We designed and constructed a mechanism that physically demonstrates ways in which mechanical energy can be stored. Our goal was to donate the final product to the RMSC as an interactive exibit. Most of our machine was made from 0.22" PMMA acrylic plexiglass, held together with 4-40 machine screws. We used one of the laser cutters in the Construct lab to precisely cut each layer of our mechanism. To keep the screws in place, we decided to thread all the holes we cut into the acrylic (which was very time-consuming, and something we would not repeat if we were to attempt a project like this again).
Our prototype worked (albeit briefly) as a proof-of-concept; demonstrating gravitational, elastic (tensile and compressive), and magnetic energy storage. The handle broke off during Imagine RIT, so we consider its construction a mixed success.