Force Calculation for bending of TOR steel bars

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SUMMARY

The discussion focuses on calculating the force required to bend a 20mm diameter, 12m long TOR steel bar into a hairpin shape. Participants recommend consulting undergraduate mechanics of materials textbooks, specifically sections on plastic bending. A valuable resource provided is the article on plastic bending of beams available at Codecogs. The discussion emphasizes the importance of understanding plastic bending principles for accurate force calculation.

PREREQUISITES
  • Understanding of mechanics of materials
  • Knowledge of plastic bending theory
  • Familiarity with beam bending calculations
  • Basic engineering principles related to force and material properties
NEXT STEPS
  • Research plastic bending of beams using the resource from Codecogs
  • Study mechanics of materials textbooks for detailed explanations on bending
  • Explore engineering calculators for beam bending force calculations
  • Investigate material properties of TOR steel relevant to bending
USEFUL FOR

Mechanical engineers, civil engineers, and students studying materials science who need to understand the force calculations for bending steel bars.

Mradul Jha
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Hello everyone,

I need some help to calculate the force required to bend a tor steel bar of dia 20mm and 12 m long from the centre. I want to bend it like a hair pin and need to know how much force is exactly required to do so. Any help or resource would be great.

Regards,
Mradul
 
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jrmichler said:
Did you look in your undergrad mechanics of materials textbook? Usually they have a section on plastic bending, although it is not typically covered in class. Here is a good source on the plastic bending of beams: https://www.codecogs.com/library/engineering/materials/plastic-theory-of-bending.php. You can also use the following search terms: plastic bending of beams.
Thank you jrmichler for the response.
Appreciate your input.
 
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