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A Composite Approach to Reducing Abrasive Wear
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English
Abstract
“Today, wearing parts are regularly subjected to abnormal loading conditions. They must be able to accept these conditions without failure. In continuous operations, unscheduled downtime greatly increases maintenance costs, not to mention the cost of lost production.
White iron castings offer premium abrasion resistance for many of these applications, but are often not used due to the possibility of brittle failure and the difficulty of mechanical attachment.
This paper discusses the properties and applications of a composite of martensitic white iron and mild steel. This laminate will accept medium to high impact without loss of service failure, and can be installed by mechanical means or with welded attachment.”
Citation
Davies, B. and Wilding, D., "A Composite Approach to Reducing Abrasive Wear," SAE Technical Paper 831375, 1983, https://doi.org/10.4271/831375.Also In
References
- Kempe, P. C. “Laminated Martensitic White Irons,” CIMM Transactions LXX 1967 225 230
- Davies B. J. Wilding, D. H. “Comparing Wear Resistant Irons and Their Applications,” CIMM Conference Edmonton August 1975