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Ductility of pearlitic wires under different loading

Ductility of pearlitic wires under different loading

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Highly drawn, high-carbon steel wire is a nanophase composite with an approximate ferrite lamellae thickness of 10 nm and cementite lamellae thickness close to 2 nm. Understanding fundamental aspects ...
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$15.00 - Tech. Paper #P05219 (List Price)

$0.00 - Tech. Paper #P05219 (Member Price)

Number of pages:5
Year published:2006
Weight:0.2500
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By Michael Zelin, The Goodyear Tire & Rubber Company, and R.M. Shemenski, RMS Consulting, Inc., USA
2006
 
Highly drawn, high-carbon steel wire is a nanophase composite with an approximate ferrite lamellae thickness of 10 nm and cementite lamellae thickness close to 2 nm. Understanding fundamental aspects of ductility of high-strength steel wire is important for improving manufacturing processing and preventing breaks during service. This paper reviews mechanisms of ductility for high-strength steel under different loading modes, including uni-axial tension, bending, torsion, and complex loading combining these. It is shown that high strength in highly drawn high-carbon wire can be achieved in combination with good ductility.
  
 
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