Strain induced cracking in partially solidified tin-lead alloy
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This work was sponsored by B u n d e s m i n s t e r ftir Forschung und Technologie as part of the project 03 S 054.
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Strain Induced Cracking in Partially Solidified Tin-Lead Alloy ISAMU YAMAUCHI and F. WEINBERG Some of the cracking which occurs during the continuous casting of steel is a result of hot tearing. ~ Thermal and mechanical strains in the solid shell produce separation along residual liquid layers at the interdendritic boundaries, resulting in cracks. The amount of strain required to produce cracking is not clear, estimates varying between 0.2 and 3.0 pct. 23 The present investigation was undertaken to determine experimentally the strain required to develop cracks in a metal alloy during solidification. The tests consisted of straining a partially solidified tinlead alloy in an Instron testing machine using th
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