Difference between revisions of "User:Rqueved1"
From ENGR005_2012
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− | [mailto:rqueved1@swarthmore.edu Email Raundi Quevedo] [http://secure.swarthmore.edu/dash Access the Swarthmore Dash | + | [mailto:rqueved1@swarthmore.edu Email Raundi Quevedo] |
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+ | [http://secure.swarthmore.edu/dash Access the Swarthmore Dash] | ||
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− | ==[[Team Tringa| Team Tringa's ball drop page]]== | + | ==[[Team Tringa| Team Tringa's ball drop page]] (link)== |
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Our Tringa Team designed a mechanism that tried to 'throw' a tennis ball as far away as possible from Hick's roof. | Our Tringa Team designed a mechanism that tried to 'throw' a tennis ball as far away as possible from Hick's roof. | ||
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===Make your own=== | ===Make your own=== | ||
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In this lab we had to create an object whose dimensions were 1.75"x1.75"x0.5" | In this lab we had to create an object whose dimensions were 1.75"x1.75"x0.5" | ||
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[[File:Solidworks1.jpeg]] | [[File:Solidworks1.jpeg]] | ||
− | ===[[Mechanisms| The Bible Revisited]]=== | + | |
+ | ===[[Mechanisms| The Bible Revisited]] (link)=== | ||
Our By team designed a "Jesus Lizard" : a mechanism shaped like a lizard that can walk on water or on surface. | Our By team designed a "Jesus Lizard" : a mechanism shaped like a lizard that can walk on water or on surface. | ||
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+ | ==[[Team L| Team L Robot Arm]] (link)== | ||
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+ | Within Team L, we designed a part for a robotic arm. We tried to have as less stress and displacement on the part as possible by playing around with the shaped and the mass. |
Revision as of 15:02, 29 September 2012
This page belongs to Raundi Quevedo.
Image location: ENGR 5 Moodle
Contents
Team Tringa's ball drop page (link)
Our Tringa Team designed a mechanism that tried to 'throw' a tennis ball as far away as possible from Hick's roof.
Solidworks Lab
Make your own
In this lab we had to create an object whose dimensions were 1.75"x1.75"x0.5"
Picture from a side angle:
The Bible Revisited (link)
Our By team designed a "Jesus Lizard" : a mechanism shaped like a lizard that can walk on water or on surface.
Team L Robot Arm (link)
Within Team L, we designed a part for a robotic arm. We tried to have as less stress and displacement on the part as possible by playing around with the shaped and the mass.