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SIMULATION OF A FIRE OCCURRED UPON THE VENTILATION NETWORK OF PRAID SALT MINE

Cioclea, Doru, Lupu, Constantin, Gherghe, Ion, Suvar, Marius, Tomescu, Cristian, Boanta, Corneliu, Radoi, Florin, Pasculescu, Vlad

First published: 2014-06-20https://doi.org/10.5593/sgem2014/b13/s3.070View metrics

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Title
SIMULATION OF A FIRE OCCURRED UPON THE VENTILATION NETWORK OF PRAID SALT MINE
Authors
Cioclea, Doru, Lupu, Constantin, Gherghe, Ion, Suvar, Marius, Tomescu, Cristian, Boanta, Corneliu, Radoi, Florin, Pasculescu, Vlad
Proceedings
SGEM International Multidisciplinary Scientific GeoConference EXPO Proceedings; 14th SGEM GeoConference on SCIENCE AND TECHNOLOGIES IN GEOLOGY, EXPLORATION AND MINING
Publisher
Stef92 Technology
Year
2014
Pages
Not available yet
ISSN
1314-2704
ISBN
978-619-7105-09-4
Language
en
Publication type
Conference Paper
References18
  1. Baltaretu R., Teodorescu C. Mine ventilation and safety, (in Romanian), Didactic and Pedagogic Publishing House, Bucharest, Romania, 1971

  2. Cioclea D. Modelling, solving and simulation of Paroseni mining unit ventilation network, (in Romanian), INCD INSEMEX Study, Petrosani, Romania, 2007-2009

  3. Cioclea D. Diminishing the explosion risk in hard coal mines through computerised management of ventilation networks, “Sectorial plan” Project, Romania, 2010-2011

  4. Gherghe I. Streamlining ventilation networks related to Jiu Valley mines following their restructuring due to the closure of inactive areas, (in Romanian), INCD INSEMEX Petrosani study, Romania, 2004

  5. Gherghe I. Services for modelling and optimization of Lonea mining unit ventilation network, (in Romanian), INCD INSEMEX Study, Petrosani, Romania, 2008

  6. Jurca L. Establishing the air flow repartition based on depression measurements and modelling the ventilation network of Praid salt mine in order to optimize the underground environmental conditions, (in Romanian), INCD INSEMEX Study, Petrosani, Romania, 2008

  7. Patterson A. M. The Mine Ventilation Practitioner’s Data Book, Mine Ventilation Society of South Africa, 1992

  8. CANMET Mining and Minerals Sciences Laboratories Underground Mine Environment and Ventilation – User manual – 3D – CANVENT – 2K.

  9. XXX – General ventilation project for Praid salt mine for year 2013

  10. Baltaretu R., Teodorescu C. Mine ventilation and safety, (in Romanian), Didactic and Pedagogic Publishing House, Bucharest, Romania, 1971

  11. Cioclea D. Modelling, solving and simulation of Paroseni mining unit ventilation network, (in Romanian), INCD INSEMEX Study, Petrosani, Romania, 2007-2009

  12. Cioclea D. Diminishing the explosion risk in hard coal mines through computerised management of ventilation networks, “Sectorial plan” Project, Romania, 2010-2011

  13. Gherghe I. Streamlining ventilation networks related to Jiu Valley mines following their restructuring due to the closure of inactive areas, (in Romanian), INCD INSEMEX Petrosani study, Romania, 2004

  14. Gherghe I. Services for modelling and optimization of Lonea mining unit ventilation network, (in Romanian), INCD INSEMEX Study, Petrosani, Romania, 2008

  15. Jurca L. Establishing the air flow repartition based on depression measurements and modelling the ventilation network of Praid salt mine in order to optimize the underground environmental conditions, (in Romanian), INCD INSEMEX Study, Petrosani, Romania, 2008

  16. Patterson A. M. The Mine Ventilation Practitioner’s Data Book, Mine Ventilation Society of South Africa, 1992

  17. CANMET Mining and Minerals Sciences Laboratories Underground Mine Environment and Ventilation – User manual – 3D – CANVENT – 2K.

  18. XXX – General ventilation project for Praid salt mine for year 2013

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