About Us
The Long Products Market Development Group (LPMDG), formed in 1997, provides a unique forum for long products steel producers. Through the support of Steel Market Development Institute, the LPMDG is growing the market for value-added steel bar and rod products. With member companies and task forces--Automotive/Heavy Equipment and Construction/ Infrastructure--the group is committed to developing innovative solutions to the challenges facing their clients and the steel industry.
SMDISteel
- Because cold-formed steel is noncombustible, it reduces the risk of property loss during #construction and over the… twitter.com/i/web/status/1… 3 hours ago
- Dr. Jody Hall chats with Paul Weissler, who won our Oculus Go business card drawing after today’s @IMPANews present… twitter.com/i/web/status/1… 1 day ago
- “Five years later, seven pickups were introduced with steel-intensive architectures, proving predictions from Ducke… twitter.com/i/web/status/1… 1 day ago
- Dr. Jody Hall shares findings from our 2018 consumer survey with @IMPANews attendees. The study found consumers str… twitter.com/i/web/status/1… 1 day ago
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Steel Market Development Institute
2000 Town Center Suite 320
Southfield, MI 48075
248.945.4777Blog Archive
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Tag Archives: carburized
Through Carburized 20MoCr4 Steel, 26-Hour Atmosphere Cycle versus 36-Hour Vacuum Cycle
In this article we will compare two through-carburized 20MoCr4 steel iterations. The composition of the 20MoCr4 steel is shown below in Table 1. Iteration #137 was atmosphere through carburized using the traditional 927 °C, twenty-six hour cycle which provides a … Continue reading
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Tagged 20MoCr4, carburized, fatigue strength, hardness, mechanical properties
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Hardness versus Fatigue Strength
In the previous article we examined the relationship between hardness and tensile strength for the AISI fatigue database iterations through 141. As the hardness increased the tensile strength also increased for a majority of the steels and the relationship was … Continue reading
Additional Data on the Effects of Cooling Rate on the Overload Fatigue Properties of Carburized Steels
In the previous post (Dec. 30, 2016), the effects of cooling rate on both constant amplitude and overload core fatigue properties of a carburized Ni-Cr-Mo alloy steel (4320) were compared. As was noted, the study involved subjecting steel bars of … Continue reading
