Difference between revisions of "Team G"

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==Members==
 
==Members==
  
* [[elee3 | Ethan Lee]]
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* [[User:elee3 | Ethan Lee]]
* [[tnoonah1 | Theo Noonah]]
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* [[User:tnoonah1 | Theo Noonah]]
* [[pmaguir1 | Patrick Maguire]]
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* [[User:pmaguir1 | Patrick Maguire]]
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* [[User:jkarol1 | Jess Karol]]
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* [[User:jlandis1 | Joe Landis]]
  
 
==Initial Brainstorm==
 
==Initial Brainstorm==
  
We started off with brainstorming our own ideas. We all agreed that after seeing pictures of the plane with square windows it would be a good idea to minimize sharp points wherever possible. We brainstormed many ideas from using trusses in the center to cutting circles on the side. We also decided to minimize the mass by cutting triangles within the robotic arm. By lowering the mass we consequently lowered our score.
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We started off with brainstorming our own ideas. We all agreed that after seeing pictures of the plane with square windows it would be a good idea to minimize sharp points wherever possible. We brainstormed many ideas from using trusses in the center to cutting circles on the side. We created an "S" shape through the body to reduce mass and create strength; then to further reduce mass, we extruded triangles throght the body. We also believe the triangles added stength to the robodic arm. By lowering the mass we consequently lowered our displacement volume score.
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==Pictures==
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[[File:engrlab1.jpg]]
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[[File:engrlab2.jpg]]
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[[File:engrlab3.jpg]]
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[[File:final.jpg]]
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==Final Thoughts==
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Our final displacement volume score was .149 with a mass of .92. We are happy with the strength of our arm and believe it will create a sturdy mechanism when holding a pencil. Our design capitalized on the collective thoughts of our group members and used the ideas of no sharp points and sturdy triangles.

Latest revision as of 20:26, 26 September 2012

Members

Initial Brainstorm

We started off with brainstorming our own ideas. We all agreed that after seeing pictures of the plane with square windows it would be a good idea to minimize sharp points wherever possible. We brainstormed many ideas from using trusses in the center to cutting circles on the side. We created an "S" shape through the body to reduce mass and create strength; then to further reduce mass, we extruded triangles throght the body. We also believe the triangles added stength to the robodic arm. By lowering the mass we consequently lowered our displacement volume score.

Pictures

Engrlab1.jpg

Engrlab2.jpg

Engrlab3.jpg

Final.jpg

Final Thoughts

Our final displacement volume score was .149 with a mass of .92. We are happy with the strength of our arm and believe it will create a sturdy mechanism when holding a pencil. Our design capitalized on the collective thoughts of our group members and used the ideas of no sharp points and sturdy triangles.