Effect of Matrix Structure and Mechanical Deformation on Carbide Coarsening

The Southern African Institute of Mining and Metallurgy
W. E. Stumpf C. M. Sellars
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The Southern African Institute of Mining and Metallurgy
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Abstract

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SYNOPSIS The effects of concurrent recovery, prior creep deformation and concurrent high temperature fatigue on the coarsening of some carbides in steels have been studied. It was found that concurrent recovery enhances the coarsening rate by orders of magnitude and prior creep deformation causes an enhancement of about two times. Finally, concurrent fatigue causes an initial greatly enhanced coarsening rate but after prolonged cycling dissolution of the carbides occurs.
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APA: W. E. Stumpf C. M. Sellars  Effect of Matrix Structure and Mechanical Deformation on Carbide Coarsening

MLA: W. E. Stumpf C. M. Sellars Effect of Matrix Structure and Mechanical Deformation on Carbide Coarsening. The Southern African Institute of Mining and Metallurgy,

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