Chair of Ferrous Metallurgy (220)

Organisational unit: Chair

Research output

  1. Published

    processo para a produção de aglomerados de condutores de ferro finamente particulados

    Hado, H. (Inventor), Hans, H. S. (Inventor), Johannes, L. S. (Inventor) & Christian, B. (Inventor), 1 Dec 2015, IPC No. C22B 5/ 14 A I, Patent No. BRPI0918140, Priority date 17 Aug 2009, Priority No. WO2009EP60609

    Research output: Patent

  2. Published

    PROCESSO E DISPOSITIVO PARA PRODUÇÃO DE MATERIAL FUNDIDO

    Franz, H. (Inventor), Johannes, S. (Inventor), Martin, S. (Inventor), Bogdan, V. (Inventor), Kurt, W. (Inventor), Johann, W. (Inventor), Robert, M. (Inventor) & Norbert, R. (Inventor), 29 Apr 2014, IPC No. C21B 13/ 00 A I, Patent No. BRPI0719882, Priority date 1 Oct 2007, Priority No. WO2007EP08515

    Research output: Patent

  3. Published

    PROCESSO E DISPOSITIVO PARA PRODUÇÃO DE MATERIAL FUNDIDO

    Franz, H. (Inventor), Robert, M. (Inventor), Norbert, R. (Inventor), Johannes, S. (Inventor), Martin, S. (Inventor), Bogdan, V. (Inventor), Kurt, W. (Inventor) & Johann, W. (Inventor), 15 Apr 2014, IPC No. C21B 13/ 14 A I, Patent No. BRPI0719172, Priority date 1 Oct 2007, Priority No. WO2007EP08514

    Research output: Patent

  4. Published

    processo e dispositivo para a separação de substância sólidas em formato de partículas de uma corrente de gás

    Johannes, L. S. (Inventor), Norbert, R. (Inventor), Robert, M. (Inventor) & Thomas, E. (Inventor), 15 Dec 2015, IPC No. B01D 50/ 00 A I, Patent No. BRPI0919875, Priority date 29 Sept 2009, Priority No. WO2009EP62605

    Research output: Patent

  5. Published

    processo e aparelho para produzir metais e/ou produtos metÁlicos primÁrios

    Franz, H. (Inventor), Johannes, S. (Inventor), Martin, S. (Inventor), Josef, S. (Inventor) & Johann, W. (Inventor), 20 Jan 2009, IPC No. F27D 3/ 00 A I, Patent No. BRPI0519403, Priority date 6 Dec 2005, Priority No. WO2005EP13042

    Research output: Patent

  6. Published

    Processing low grade Direct Reduced Iron – Definition and comparison of melting strategies

    Pfeiffer, A., Schenk, J., Wimmer, G. & Wurm, J., Oct 2022, 9th EOSC & 6th CTSI.

    Research output: Chapter in Book/Report/Conference proceedingConference contribution

  7. Published

    Processing and utilization of steelmaking slags in the European Union

    Schenk, J. & Draxler, M., 2021.

    Research output: Contribution to conferencePaperpeer-review

  8. Published

    Process gas purification device for a melt reduction system for extracting pig iron

    Johann, W. (Inventor), Schmidt, M. (Inventor), Sin-Myoung, K. (Inventor), Johannes, L. S. (Inventor), Schmidt, M. (Inventor) & Kang, S.-M. (Inventor), 30 Dec 2009, IPC No. F27B 1/ 18 A I, Patent No. AU2009262387, Priority date 27 May 2009, Priority No. WO2009EP56417

    Research output: Patent

  9. Published

    Process for the continuous conveying of a fine-grained and/or pulverized

    Johannes, S. (Inventor), Michael, N. (Inventor) & Walter, R. K. (Inventor), 21 Jun 1998, IPC No. F27D 3/ 18 A I, Patent No. TW334507B, Priority date 16 Oct 1996, Priority No. TW19960112626

    Research output: Patent

  10. Published

    Process for producing liquid pig iron or semifinished steel products from ore

    L., W. K. (Inventor), F., W. (Inventor) & J-L., S. (Inventor), 3 Feb 1999, IPC No. C21B 13/ 14 A I, Patent No. CN1207138, Priority date 8 Nov 1996, Priority No. AT19960001962

    Research output: Patent