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"Drexel
University" Presentation:
The team outlined the loading conditions considered during
the structural analysis and concluded that the maximum loading condition
occurred on land. They spoke about
the stress reversal that occurs when the canoe is flipped and specified the
target value that they needed to maintain flexural strength under this loading
condition. Then the team presented their methodology for meeting the C-33 requirement and specified how many mixes that they had considered. They explained that they used four layers of fiberglass mesh to reinforce the hull and said that a female mold was used for construction to facilitate form removal. Details were given regarding the construction process and
methods for quality control were mentioned.
After highlighting their project schedule, the team brought their
presentation to conclusion. Judges Comments/Questions: The projectionist joined the other team members on stage and the judges got right to the quick:
Commentary: Tough questions but good answers. The team seemed very relieved when the stint was finished. Product:
Canoe Name: The Goondocker Drexel’s canoe was reinforced with four layers of fiberglass mesh and the team used Norlite and Q-cel to help meet the C-33 requirement. The boat was asymmetrical and featured a whale tail to increase maneuverability. |