Winning the Paper Tower Challenge

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    Challenge Paper Tower
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SUMMARY

The discussion centers on strategies for constructing a paper tower capable of supporting a textbook 14 inches off the ground while weighing less than 15 grams. Participants suggest using multiple small cylinders, arranged in a hexagonal grid, to create a stable structure. One effective method involves stacking layers of cylinders, ensuring each upper layer rests on three lower cylinders for enhanced stability. Triangular supports filled with tightly packed cylinders are also recommended based on previous successful designs.

PREREQUISITES
  • Understanding of structural engineering principles
  • Familiarity with material properties of paper
  • Basic knowledge of weight distribution and load-bearing structures
  • Experience with geometric arrangements and stability concepts
NEXT STEPS
  • Research techniques for creating lightweight structures using paper
  • Explore the physics of load distribution in triangular and hexagonal shapes
  • Investigate previous successful designs in paper tower challenges
  • Learn about the properties of different types of paper for structural integrity
USEFUL FOR

This discussion is beneficial for engineering students, educators in physics and design, and anyone participating in paper tower challenges or similar structural design competitions.

benndamann33
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I've spent about 6 horus this weekend trying to construct to build a paper tower that will support thick textbook 14 inches off the ground. the requirement is that it weigh less than 15 g. you can use tape and paper and that's it. Cylinders cannot exceed 5 cm in diameter. Tried making a bunch of tiny paper cylinders, 9 in all, taping three together and thus having three larger cylinders composed of 3 smaller ones. Couldn't hold the textbook, failed and totally colapsed. Any ideas?
Ben
 
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What about you make, say, 40 cylinders, each with a height of 5 inches. You take 20 of them and arrange them standing in a kind of hexagonal grid, like:

.O O O
O O O O
.O O O

And then you take another 10 and stack them on top such that each cylinder on the new layer sits upon 3 cylinders beneath it, the second layer might look like:

O O O
O O O

And the third layer you take 5 or whatever cylinders, and stack them on the previous layer such that each cylinder sits upon 3 below it.

All the quantities are probably off, but the structure or concept I feel has high potential. :)
 
This has arisen, in various guises, several times before. Try doing a forum search to check the other threads. I have a preference for triangular girders myself.
 
I did something similar in my Physics class. We were given 20 pieces of 8.5 x 11 in computer paper and told to construct a tower that could support a brick.

We made 3 triangular supports and just filled them in with tightly packed cylinders. Supported it fine.
 

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