Help with designing horizontal framework for UDL

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SUMMARY

The discussion focuses on designing a rotating table and steel frame structure to support a mild steel panel weighing 180kg. The user seeks guidance on calculating load distribution and determining the necessary number of supporting braces for a frame that will rotate through 180 degrees. They plan to use rectangular hollow section beams to minimize deflection and have performed basic calculations for a simply supported beam but require further assistance on how these calculations change with the frame's design. The user is a beginner in this area and is looking for actionable advice.

PREREQUISITES
  • Understanding of Uniformly Distributed Loads (UDL)
  • Basic knowledge of beam deflection calculations
  • Familiarity with structural engineering principles
  • Experience with steel frame design and materials
NEXT STEPS
  • Research calculations for load distribution on rotating frames
  • Study the properties and applications of rectangular hollow section beams
  • Learn about the effects of support conditions on beam deflection
  • Explore design software tools for structural analysis, such as SAP2000 or AutoCAD
USEFUL FOR

This discussion is beneficial for engineering students, structural engineers, and anyone involved in designing rotating structures or analyzing load-bearing frameworks.

Tim Allen
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Hi,

For my engineering project for college I am designing a rotating table/steel frame structure for supporting a mild steel panel which weighs 180kg. My previous experience with UDL's has only been in using a 2D beam like situation to calculate how the load is spread, bending of the beam and reaction forces etc. For this project I need to figure out how the load will affect the frame and how many supporting braces I will require in the frame to comfortably deal with a 180-200kg mass. As the table/frame will rotate through 180deg, the structure will be connected to a support at each end via a 2+1/4" shaft so it is free to rotate.

I am clearly a beginner at this! Can anyone please give me some advice on how I should go about making calculations to decide on my framework and support requirements. I can attach a sketch if it would help?

Thanks!
 
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Tim Allen said:
Hi,

For my engineering project for college I am designing a rotating table/steel frame structure for supporting a mild steel panel which weighs 180kg. My previous experience with UDL's has only been in using a 2D beam like situation to calculate how the load is spread, bending of the beam and reaction forces etc. For this project I need to figure out how the load will affect the frame and how many supporting braces I will require in the frame to comfortably deal with a 180-200kg mass. As the table/frame will rotate through 180deg, the structure will be connected to a support at each end via a 2+1/4" shaft so it is free to rotate.

I am clearly a beginner at this! Can anyone please give me some advice on how I should go about making calculations to decide on my framework and support requirements. I can attach a sketch if it would help?

Thanks!
Can you send the sketch?
 
Hi tech99,

Apologies for the delay in uploading. Any advice you can offer on design considerations or anything associated with this project would be greatly appreciated. I have since decided to use rectangular hollow section beams for the longitudinal/end pieces of the frame to minimise deflection of the beam when loaded. I have done some basic calculations for deflection of a singular simply supported beam but am unsure how this will change when I am considering a beam supported from the axel's at both ends?

Thanks in advance for any advice!
 

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