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Influence of thermal and strain cycling on fracture susceptibility of mild steel

Kiefner, J.F. / Munse, W.H.

Notched bend specimens subjected to cycle of axial prestraining at temperatures in range of 300 to 800 F were tested to evaluate fracture behavior of structural ABS-C, A212-B, and A441 steels; it was found that cracking occurred in some of hot-strained specimens of ABS-C and A212-B steels at loads of 87% of "yield load" when they were tested at temperatures of -80 to 80 F; some of notched bend specimens of ABS-C steel exhibited cracking during axial prestraining at temperature in range of 300 to 600 F; similarly, cracking occurred during welding at root of notches in some of notched and welded specimens of ABS-C steel.

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Influence of thermal and strain cycling on fracture susceptibility of mild steel

Kiefner, J.F. / Munse, W.H.

Notched bend specimens subjected to cycle of axial prestraining at temperatures in range of 300 to 800 F were tested to evaluate fracture behavior of structural ABS-C, A212-B, and A441 steels; it was found that cracking occurred in some of hot-strained specimens of ABS-C and A212-B steels at loads of 87% of "yield load" when they were tested at temperatures of -80 to 80 F; some of notched bend specimens of ABS-C steel exhibited cracking during axial prestraining at temperature in range of 300 to 600 F; similarly, cracking occurred during welding at root of notches in some of notched and welded specimens of ABS-C steel.

Influence of thermal and strain cycling on fracture susceptibility of mild steel

Kiefner, J.F. / Munse, W.H.

Notched bend specimens subjected to cycle of axial prestraining at temperatures in range of 300 to 800 F were tested to evaluate fracture behavior of structural ABS-C, A212-B, and A441 steels; it was found that cracking occurred in some of hot-strained specimens of ABS-C and A212-B steels at loads of 87% of "yield load" when they were tested at temperatures of -80 to 80 F; some of notched bend specimens of ABS-C steel exhibited cracking during axial prestraining at temperature in range of 300 to 600 F; similarly, cracking occurred during welding at root of notches in some of notched and welded specimens of ABS-C steel.

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Title:

Influence of thermal and strain cycling on fracture susceptibility of mild steel

Additional title:

Illinois. Univ -- Dept Civ Eng -- Structural Research Ser

Contributors:

Kiefner, J.F. (author) / Munse, W.H. (author)

Published in:

University of Illinois -- Department of Civil Engineering -- Structural Research

Publication date:

1967

Size:

119 pages

Type of media:

Report

Type of material:

Print

Language:

English

Keywords:

© Metadata Copyright Elsevier B. V. All rights reserved.

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