Difference between revisions of "Team J"

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(Team Members)
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=Team Brainstorm=
 
=Team Brainstorm=
*add notes from brainstorm using the asterisk to denote new points.
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*explore curves
 +
-curved corners
 +
-curves around pre-cut notches
 +
*the middle is the least imporatant (when figuring out where to cut pieces out for least displacement and least volume)
 +
*circles are the best shape (not sqaures or triangles- as shown by our previous test runs)
 +
*make is easier for the robot arm to bend
 +
*minimum volume - .2in^3 and maximum voluvme- .92in^3-- keeping this in mind we want the least volume and least displacement
 +
 
  
 
=Final Design=
 
=Final Design=
Our '''final design''' is centered on one main theme: Circles, Circles, Circles!
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Our '''final design''' is centered on one main theme: Circles, Circles, Circles! This include curves on the edges, big cut out circles in the middle as well as one small circle cut out.
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our voulme is: .84 in^3
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our displacement is: .2368 mm
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our score is: .199
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We knew the goal was to have the least volume and least displacement so...

Revision as of 20:14, 23 September 2012

Team Members

Best Designs From Alpha and Omega

  • anyone with saved designs is welcome to upload as the deadline approaches.


Team Brainstorm

  • explore curves
-curved corners
-curves around pre-cut notches 
  • the middle is the least imporatant (when figuring out where to cut pieces out for least displacement and least volume)
  • circles are the best shape (not sqaures or triangles- as shown by our previous test runs)
  • make is easier for the robot arm to bend
  • minimum volume - .2in^3 and maximum voluvme- .92in^3-- keeping this in mind we want the least volume and least displacement


Final Design

Our final design is centered on one main theme: Circles, Circles, Circles! This include curves on the edges, big cut out circles in the middle as well as one small circle cut out. our voulme is: .84 in^3 our displacement is: .2368 mm our score is: .199 We knew the goal was to have the least volume and least displacement so...