Seeking method to optimization force distribution among rivet joints

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SUMMARY

This discussion focuses on optimizing the placement of rivet points to achieve even force distribution among three or four rivets. The user seeks mathematical methods, specifically exploring the potential application of differential equations alongside linear algebra. The goal is to determine the optimal configuration for rivet placement under varying forces. Multiple methods are encouraged for consideration to ensure comprehensive solutions.

PREREQUISITES
  • Linear algebra concepts
  • Differential equations fundamentals
  • Understanding of force distribution mechanics
  • Basic knowledge of structural engineering principles
NEXT STEPS
  • Research optimization techniques in structural engineering
  • Explore finite element analysis (FEA) for rivet placement
  • Study mathematical modeling of force distribution
  • Investigate computational methods for solving differential equations
USEFUL FOR

Structural engineers, mechanical engineers, and anyone involved in optimizing rivet joint designs for improved load distribution.

Pellefant
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I have a case where I am trying to find the optimal place to put 3 rivet points (I will maybe even test with 4). The rivet points r subject to a force according to the picture, which vary 360. What I am seeking here is mathematical methods to find the optimal place to put the 3 riverts, so that the force will be evenly distributed among the rivets

http://img116.imageshack.us/img116/3341/3rivfn0.jpg

I am well versed with linear algebra, could a differential equation be the answer?.

Feel free to suggest more then one method!


Kindly Paul
 
Last edited by a moderator:
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Nice Put up Questions Wud Surely get back to you in 2-3 Days.
Optimum Solution for both cases 3 rivets and 4 rivets
 

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