Difference between revisions of "Team J"

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(Best Designs From Alpha and Omega)
 
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*[[User:lrigell1 | Laura Rigell]]
 
*[[User:lrigell1 | Laura Rigell]]
 
*[[User:tgelles1 | Teo Gelles]]
 
*[[User:tgelles1 | Teo Gelles]]
 
=Best Designs From Alpha and Omega=
 
[[Lucas.SLDPRT|200px|thumb|left|Team Alpha]]
 
[[File:File.png|200px|thumb|left|Team Omega]]
 
 
  
 
=Team Brainstorm=
 
=Team Brainstorm=
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*minimum volume - .2in^3 and maximum voluvme- .92in^3-- keeping this in mind we want the least volume and least displacement
 
*minimum volume - .2in^3 and maximum voluvme- .92in^3-- keeping this in mind we want the least volume and least displacement
  
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=Best Designs From Alpha and Omega=
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[[File:Team Alpha.JPG|200px|thumb|left|Team Alpha design 0.92in^3X.5631=.518]]
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[[File:Lucas-2.JPG|200px|thumb|left|Team Omega design 0.93in^3X.2276mm=.212]]
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Both groups did some testing and found that tirangles are not the best shape to cut out and curved edges worked well. We used ideas from both groups and expanded on them for the final product.
  
 
=Final Design=
 
=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.  
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We knew the goal was to have the least volume and least displacement so 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 voulme is: .84 in^3
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our score is: .199
 
our score is: .199
  
We knew the goal was to have the least volume and least displacement so...
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[[File:Final Design.jpg|200px|thumb|right|Final Design (shown with von Mises Stresses)]]

Latest revision as of 22:06, 23 September 2012

Team Members

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

Best Designs From Alpha and Omega

Team Alpha design 0.92in^3X.5631=.518
Team Omega design 0.93in^3X.2276mm=.212

Both groups did some testing and found that tirangles are not the best shape to cut out and curved edges worked well. We used ideas from both groups and expanded on them for the final product.

Final Design

We knew the goal was to have the least volume and least displacement so 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

Final Design (shown with von Mises Stresses)