How can I calculate the strength of a beer can / soda can?

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SUMMARY

This discussion focuses on calculating the strength of empty beer and soda cans for furniture-making projects. The user estimates that a single can can hold approximately 52 kg based on experimental results and seeks formulas to determine strength based on wall thickness and shape. Suggestions include treating the can as a hollow cylinder and exploring the stacking of multiple cans to assess their combined weight capacity. The conversation emphasizes the importance of including all relevant details in the original post for clarity.

PREREQUISITES
  • Understanding of basic physics principles related to strength and material properties
  • Familiarity with hollow cylinder calculations and structural integrity
  • Knowledge of weight distribution and load-bearing concepts
  • Basic geometry related to cylindrical shapes
NEXT STEPS
  • Research formulas for calculating the strength of hollow cylinders
  • Explore material science concepts related to aluminum can properties
  • Investigate load distribution techniques for stacked cylindrical structures
  • Learn about structural engineering principles applicable to furniture design
USEFUL FOR

This discussion is beneficial for furniture designers, engineering students, and DIY enthusiasts interested in utilizing aluminum cans for structural projects.

Mihai Ilie
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Homework Statement


I am doing a project which involves making furniture out of beer/soda cans but I need to do some calculations for it.
I know the can can hold around 52 Kg or even more based on experimental results but is there any way to find out with some formulas?
I found it tricky because of the shape of the can...

Edit: The cans are empty.

Homework Equations


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The Attempt at a Solution


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Last edited:
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Mihai Ilie said:

Homework Statement


I am doing a project which involves making furniture out of beer/soda cans but I need to do some calculations for it.
I know the can can hold around 52 Kg or even more based on experimental results but is there any way to find out with some formulas?
I found it tricky because of the shape of the can...

Edit: The cans are empty.

Homework Equations


-

The Attempt at a Solution


-
What question are you asking?

What have you tried?
 
I am asking if there is any way to calculate the strength of a empty beer / soda can based on the thickness of the wall or shape or something.

I tried looking for formulas for hollow tubes because I thought it would be similar but I couldn't get anything.

If there is no solution to this, I can consider for example that the can is a cylinder which can hold 50kg and add more cylinders next to each other in a square shape and try to determine the distributed weight they can all hold. Does the weight it can hold stack with each cylinder I add, like two cylinders can hold 100kg since one holds 50kg?
Are there any calculations I can do for that?
 
Mihai Ilie said:
I am asking if there is any way to calculate the strength of a empty beer / soda can based on the thickness of the wall or shape or something.

I tried looking for formulas for hollow tubes because I thought it would be similar but I couldn't get anything.

If there is no solution to this, I can consider for example that the can is a cylinder which can hold 50kg and add more cylinders next to each other in a square shape and try to determine the distributed weight they can all hold. Does the weight it can hold stack with each cylinder I add, like two cylinders can hold 100kg since one holds 50kg?
Are there any calculations I can do for that?
The title of the thread has the word "resistance". Strength would be a better word. Also, I see that you're new here: You should always include all pertinent information in the body of the Original Post of a tread, no matter what is included in the title.

By the way; Welcome to PF !
 
SammyS said:
The title of the thread has the word "resistance". Strength would be a better word. Also, I see that you're new here: You should always include all pertinent information in the body of the Original Post of a tread, no matter what is included in the title.

By the way; Welcome to PF !

Alright, thank you for the info. :D
 

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