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Formula to predict tensile strength
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12 years 10 months ago #1203 by Archived Forum Admin
Formula to predict tensile strength was created by Archived Forum Admin
Does anyone have a formula to predict the tensile strength of ferrous wire after drawing ?
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12 years 10 months ago #1204 by Archived Forum Admin
Replied by Archived Forum Admin on topic Re: Formula to predict tensile strength
Ferrous industry expert Robert Shemenski, of RMS Consulting, offers the following formula information to use the ratio of yield strength to tensile strength to determine tensile strength.
Please click on the following link to view a PDF with the information.
www.wirenet.org/forum/attachments/ystr.pdf
Regards,
Marc Murray
Proj. Mgr., Technical Dept.
The Wire Associational International, Inc.
Please click on the following link to view a PDF with the information.
www.wirenet.org/forum/attachments/ystr.pdf
Regards,
Marc Murray
Proj. Mgr., Technical Dept.
The Wire Associational International, Inc.
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12 years 10 months ago #1205 by Archived Forum Admin
Replied by Archived Forum Admin on topic Re: Formula to predict tensile strength
Great! What about data of K & n for 1070 and 1080?
I used to use formula as follow:
Final tensile=Initial tensile+K*ture strain,
for 1080 steel,K=412(MPa)
I used to use formula as follow:
Final tensile=Initial tensile+K*ture strain,
for 1080 steel,K=412(MPa)
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12 years 10 months ago #1206 by Archived Forum Admin
Replied by Archived Forum Admin on topic Re: Formula to predict tensile strength
From "Basic Equations - Wire Drawing," Wean United, Inc., Vaughn Division, Copyright 1978:
Die Exit Tensile Strength (psi) = 107,000(1.0087)(exp.100TR) + (SRT - 100,000)
Where TR = total area reduction (decimal percent)
SRT = starting rod tensile strength (psi)
Reference: RJ Glodwoski,Wire Journal International ,p.79, Nov 1994.
Die Exit Tensile Strength (psi) = 107,000(1.0087)(exp.100TR) + (SRT - 100,000)
Where TR = total area reduction (decimal percent)
SRT = starting rod tensile strength (psi)
Reference: RJ Glodwoski,Wire Journal International ,p.79, Nov 1994.
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