26–29 Jun 2017
Austria Center Vienna
Europe/Vienna timezone

Session

New developments in mold flow control

2
27 Jun 2017, 13:50
Austria Center Vienna

Austria Center Vienna

Bruno-Kreisky-Platz 1 1020 ViennaAustria

Conveners

New developments in mold flow control

  • Jan Kromhout (Tata Steel Europe)

Presentation materials

There are no materials yet.

  1. Mr Jean-Francois DOMGIN (ArcelorMittal Maizières R&D)
    27/06/2017, 13:50
    Ladle metallurgical innovations and steel cleannes
    Oral Presentation
    Flows in CC mould are a key parameter to control products quality. Mould Flow Monitoring (MFM) is a solution developed by Amepa Company. It is an electromagnetic technique using sensors implemented behind the copper plate of the mould which consist in permanent magnets and several highly sensitive detectors without direct steel contact. These sensors are able to measure the velocity of liquid...
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  2. Mr Oliver Wiens (SMS group GmbH)
    27/06/2017, 14:20
    New developments in casting technologies
    Oral Presentation
    In modern manufacturing, which aims at maximum productivity and quality assurance, it is essential to make use of high-grade materials, a well thought-out design, the latest coating techniques and intelligent sensor technology. System solutions that utilize new sensor technologies with “Industry 4.0” in mind open up a wide range of possibilities also in the field of continuous casting....
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  3. Mrs Mihaiela Isac (McGill Metals Processing Centre), Mr Roderick Guthrie (McGill University)
    27/06/2017, 14:40
    Numerical simulation and modelling (solidification, metallurgy, fluid flow, benchmark experiments)
    Oral Presentation
    A computational fluid flow model has been developed to simulate the flow field of liquid steel within the square mold region of a billet caster. This study reports on the dramatic effect that a Submerged Entry Nozzle’s (SEN) position can have on fluid flows developed in square, curved mold, billet casters. In this study, ANSYS Fluent 14.5 software was used to model the 3-D turbulent flow of...
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  4. Mr Martin Seden (ABB AB/Metallurgy)
    27/06/2017, 15:00
    Advanced technologies for the casting of slabs, blooms and billets
    Oral Presentation
    Electromagnetics is a well-established method to control steel flow patterns in the (slab) casting process. Improvements of process stability, surface and subsurface quality for a variety of casting conditions have been widely reported with the use of mold electromagnetic devices. Building on the success and flexibility of the braking and stirring capabilities of the FC Mold, a supplementary...
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  5. Dr Olivier JAOUEN (TRANSVALOR S.A.)
    27/06/2017, 15:20
    Numerical simulation and modelling (solidification, metallurgy, fluid flow, benchmark experiments)
    Oral Presentation
    It is well known now that the cast product defects like hot tears or cracks are rooted at the first beginning of the solid shell birth. Damages result from the competition between hydrostatic pressure within the turbulent flow exit from the SEN and the solidifying skin under tensile stresses and strains state. In addition, the thermal energy extracted from the cast product by the mold has huge...
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