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Examines state-of-the-art technological innovations in inclusion identification and prevention, and their applications to steel production.
Seven comprehensive, peer-reviewed papers from leading experts in the United States, Europe and Asia examine the following key topics:
Bearing Steels -- Methods for determining internal cleanliness; the impact of inclusions on bearing hardness or strength; and how production and processing methods effect internal cleanliness and bearing life are explored in three papers.
Stainless Steels -- One paper presents inclusion problems associated with stainless steel medical implants.
Steel Castings -- Alternative processing modifications and methodologies applicable to the casting industry that would minimize macroinclusions in the final product are reviewed in one paper.
Steel for Plates -- Optimum production variables to improve the way structural steel plates are made are discussed in one paper; while another examines a new technique for determining the tendency of materials used for pressure vessel applications to crack internally during spin forming.
For quality control and metallurgical personnel.
Clean Engineered Steels - Progress at the End of the Twentieth Century
Eckel J., Glaws P., Wolfe J., Zorc B.
Rolling Bearing Life Models and Steel Internal Cleanliness
Beswick J., Gabelli A., Ioannides S., Tripp J., Voskamp A.
Microstructural Features of Implant Quality 316L Stainless Steel
Disegi J., Zardiackas L.
A Review and Update of Advancements in Clean Cast Steel Technology
Blair M., Griffin J., Monroe R.
Sulfur Content of Carbon Steel Plate Material for Dished End Manufacture by Cold Spinning
Chandawale R., Dutta T., Vanchinath S.
Paper ID: STP1361-EB