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A workability criterion for internal ductile fracture in the steel cold heading process

A workability criterion for internal ductile fracture in the steel cold heading process

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A criterion to set workability limits for internal ductile fracture (voids and cracks) in the cold heading of dual phase steel is presented. The proposed criterion is based on the damage estimated by ...
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$15.00 - Tech. Paper #P05151 (List Price)

$0.00 - Tech. Paper #P05151 (Member Price)

Number of pages:5
Year published:2005
Weight:0.2500
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By Amar Sabih and James A. Nemes, McGill University, Canada, and Nicholas Nickoletopoulos and Michel Hone, Ivaco Rolling Mills, Canada
2005
 
A criterion to set workability limits for internal ductile fracture (voids and cracks) in the cold heading of dual phase steel is presented. The proposed criterion is based on the damage estimated by the history of the equivalent plastic strain and stress triaxiality as a weighting function. The methodology to determine the parameters in the workability criterion is also explained. This methodology employs the drop weight compression test to simulate the cold heading process in conjunction with finite element analysis (implemented within ABAQUS/Explicit).
  
 
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