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AIST Webinar: 9:00 AM ET -10:30 AM ET
In this two-day series, attendees will learn about a variety of metallurgy steelmaking and casting-related topics that were originally scheduled for presentation at AISTech 2020. The first webinar begins with an invited speaker, Prof. Pistorius at Carnegie Mellon University, who will speak on inclusion characterization. Day one continues with "Evaluation of the Iron Content in Non-Metallic Inclusions," followed by "Peritectic Behavior Detection in the Fe-C-Mn-Al-Si Steel System Using Fiber Optic Temperature Mapping." The second webinar will present "Hot Tearing Behavior in Steel" and "The Influence of Ti, Nb and V on the Hot Ductility of As-Cast Microalloyed Steels."
New Experimental Apparatus to Investigate Hot Tearing Behavior in Steel
Yanru Lu, Missouri University of Science and Technology
Hot tearing is a complex thermomechanical phenomenon occurring in the semi-solid region. Strain in this region can induce cracking and localized alloying element segregation. An apparatus for investigating hot tearing was developed utilizing a servo motor-controlled cylinder to apply a pre-determined amount of strain to the solidifying shell. A special mold was developed using filling and solidification modeling to ensure that dendrite growth was perpendicular to applied strain. A computer-automated system was utilized to control the strain and strain rate and measure the force and displacement. Solidification experiments utilizing AISI 1020 steel validated the apparatus capabilities and optimized testing parameters.
The Influence of Ti, Nb and V on the Hot Ductility of As-Cast Microalloyed Steels
Madhuri Varadarajan, Missouri University of Science and Technology
Microalloying with Ti, Nb and V, both individually and in combination, is a common method for producing steels with high strength and toughness. However, interaction with other elements and impurities can lead to cracking during continuous casting and rolling. The hot ductility of commercially cast V, Nb and Nb-V-Ti steels has been investigated using two experimental methods: tensile testing utilizing a servo-hydraulic load frame with a resistance furnace and thermomechanical testing using rapid joule heating. The temperature-dependent ductility of these steels is compared for both test methods. Factors that influence the ductility of these steels are discussed.
Event Sponsor - 1 available per webinar US$3,500
Name recognition for specific webinar on upcoming webinar calendar
Sponsor logo and hyperlink included in electronic promotions
Sponsor logo and hyperlink on specific webinar
Sponsor logo on webinar registration page
Sponsor can provide slide and message (2-3 sentence) for host to read during opening webinar remarks
Verbal recognition by host at end of webinar
Recognition in thank you message to all participants when the webinar ends
Sponsor will receive a list of all webinar participants (name, company, country)
Three (3) AIST Memberships for Non-Members Only
Webinars are complimentary for AIST Members
Secure your sponsorship on the registration form for this event.
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