The meeting on September 2, 2015 was spent to
introduce ourselves and give a brief presentation of what we have learned from
reading the previous Spartan Superway reports. Afterwards, time was spent to
observe and study the full scale model of the ATN to get an idea of how the
system as a whole functions. While observing the full scale model, I thought of
several shortcomings the current model had and what possible improvements need
to be made. The component that stood out the most to me was the Bogie mechanism
because it was one of the most critical components of the whole model which
involves switching the direction that the podcar will be heading. Due to the many
forces, stresses, and deformations that will act on the system in the real
world, the Bogie mechanism must be supported safely and efficiently by the
guideway.
After demonstration of the full scale model,
students were broken up into sub-teams which have their own focus on one specific
part of the ATN. I decided to be part of the team that will work on the Bogie
mechanism and fail & safe system. During our group meeting, we have decided
to modify the Bogie mechanism by simplifying it to reduce cost and make it more
reliable. Furthermore, due to the slow and sluggish operation of the current
Bogie mechanism, we plan to redesign the Bogie mechanism so that it operates
more smoothly and faster.
This week I have delved further into reading the Spartan
Superway reports from the last 2 years to get an idea of what work was put in by
other students to design various components of the ATN.
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