popsicle Stick Bridge
Published on Nov 18, 2015
No Description
MORE DECKS TO EXPLORE
PRESENTATION OUTLINE
POPSICLE STICK BRIDGES
BY TREVOR PATTON AND JORGE CONTRERAS
THE PROBLEM
WE HAVE TO DESIGN A POPSICLE STICK BRIDGE THAT CAN HOLD UP WEIGHTS AND AT LEAST SPAN 36 I
TYPES OF STRESS
- Compressive stress:strss caused by puching together.
- Tensil stress:stress caused by pulling apart
HOW TO SOLVE TO STRESS
BY DESIGNING DIFFERENS TYPES OF DESIGNS UNTIL ONE WORKS
WHAT TYPE OF BRIDGE DID YOU USE
A TRUSS BRIDGE
HOW MUCH WEIGHTS DID IT HOLD
- It held none
- the bridge was to thin
- it bent
- The bend made the bridge shorter
- it was just a incomplete deck
ADVICE
- Try making a brige that has elstic deformation
- That is not affected by any type of stress
- Stress=broken bridge
200 MORE STICKS TO IMPROVE OR REDESIGN
- we would have made more triangles
- this would have improved it alot
- We would have completed the bridge
- We would also make a better deck
