Steam generator tube rupture scenarios (SGTR)

Jorma Jokiniemi; Anna Lähde; Ari Auvinen; H. Tuomisto; T. Routamo; P. Lundström; J. Dienstbier; S Güntay; Detlef Suckow; A. Dehbi; M. Slootman; L. Herranz; V. Peyres; J. Polo

Steam generator tube rupture scenarios (SGTR)

Jorma Jokiniemi, Anna Lähde, Ari Auvinen, H. Tuomisto, T. Routamo, P. Lundström, J. Dienstbier, S Güntay, Detlef Suckow, A. Dehbi, M. Slootman, L. Herranz, V. Peyres, J. Polo

Research output: Chapter in Book/Report/Conference proceeding › Conference article in proceedings › Scientific › peer-review

Abstract

The Steam Generator Tube Rupture (SGTR) scenarios project was carried out in the framework of the research and training programme, EURATOM, in the field of nuclear energy during years 2000-2002. The first objective of the project was to generate a comprehensive database on fission product retention in a steam generator. The second objective was to verify and develop predictive models to support accident management interventions in steam generator tube rupture sequences, which either directly lead to severe accident conditions or are induced by other sequences leading to severe accidents. One challenge was to develop a model for the mechanical resuspension that could be included in the severe accident codes. In addition, it was shown that the existing models for turbulent deposition, which is the dominating deposition mechanism in dry conditions and at high flow rates, contains large uncertainties. The results of the project are applicable to various pressurised water reactors, including vertical steam generators (western PWRs) and horizontal steam generators (VVERs).

Original language	English
Title of host publication	Proceedings, FISA 2003 EU research in reactor safety
Subtitle of host publication	Conclusion symposium on shared-cost and concerted actions
Publisher	European Commission EC
Pages	415-421
ISBN (Print)	92-894-7803-9
Publication status	Published - 2003
MoE publication type	A4 Article in a conference publication
Event	5th International Symposium on EU Research in Reactor Safety, FISA 2003: Conclusion symposium on shared-cost and concerted actions - , Luxembourg Duration: 10 Nov 2003 → 13 Nov 2003 https://op.europa.eu/en/publication-detail/-/publication/45c75600-dfae-41cb-bf20-1203ed8e1f62 (Conference programme)

Publication series

Series	EU Publications
Volume	21026
ISSN	1018-5593

Conference

Conference	5th International Symposium on EU Research in Reactor Safety, FISA 2003
Country/Territory	Luxembourg
Period	10/11/03 → 13/11/03
Internet address	https://op.europa.eu/en/publication-detail/-/publication/45c75600-dfae-41cb-bf20-1203ed8e1f62 (Conference programme)

Access to Document

https://op.europa.eu/en/publication-detail/-/publication/0494380d-5ad4-41df-84ad-c0e1f464d8cf

Cite this

Jokiniemi, J., Lähde, A., Auvinen, A., Tuomisto, H., Routamo, T., Lundström, P., Dienstbier, J., Güntay, S., Suckow, D., Dehbi, A., Slootman, M., Herranz, L., Peyres, V., & Polo, J. (2003). Steam generator tube rupture scenarios (SGTR). In Proceedings, FISA 2003 EU research in reactor safety: Conclusion symposium on shared-cost and concerted actions (pp. 415-421). European Commission EC. EU Publications Vol. 21026 https://op.europa.eu/en/publication-detail/-/publication/0494380d-5ad4-41df-84ad-c0e1f464d8cf

@inproceedings{175e0d8069b84df3bd811c175e1c4738,

title = "Steam generator tube rupture scenarios (SGTR)",

abstract = "The Steam Generator Tube Rupture (SGTR) scenarios project was carried out in the framework of the research and training programme, EURATOM, in the field of nuclear energy during years 2000-2002. The first objective of the project was to generate a comprehensive database on fission product retention in a steam generator. The second objective was to verify and develop predictive models to support accident management interventions in steam generator tube rupture sequences, which either directly lead to severe accident conditions or are induced by other sequences leading to severe accidents. One challenge was to develop a model for the mechanical resuspension that could be included in the severe accident codes. In addition, it was shown that the existing models for turbulent deposition, which is the dominating deposition mechanism in dry conditions and at high flow rates, contains large uncertainties. The results of the project are applicable to various pressurised water reactors, including vertical steam generators (western PWRs) and horizontal steam generators (VVERs).",

author = "Jorma Jokiniemi and Anna L{\"a}hde and Ari Auvinen and H. Tuomisto and T. Routamo and P. Lundstr{\"o}m and J. Dienstbier and S G{\"u}ntay and Detlef Suckow and A. Dehbi and M. Slootman and L. Herranz and V. Peyres and J. Polo",

note = "Project code: N0SU00067; 5th International Symposium on EU Research in Reactor Safety, FISA 2003 : Conclusion symposium on shared-cost and concerted actions ; Conference date: 10-11-2003 Through 13-11-2003",

year = "2003",

language = "English",

isbn = "92-894-7803-9",

series = "EU Publications",

publisher = "European Commission EC",

pages = "415--421",

booktitle = "Proceedings, FISA 2003 EU research in reactor safety",

address = "Belgium",

url = "https://op.europa.eu/en/publication-detail/-/publication/45c75600-dfae-41cb-bf20-1203ed8e1f62",

}

Jokiniemi, J, Lähde, A, Auvinen, A, Tuomisto, H, Routamo, T, Lundström, P, Dienstbier, J, Güntay, S, Suckow, D, Dehbi, A, Slootman, M, Herranz, L, Peyres, V & Polo, J 2003, Steam generator tube rupture scenarios (SGTR). in Proceedings, FISA 2003 EU research in reactor safety: Conclusion symposium on shared-cost and concerted actions. European Commission EC, EU Publications, vol. 21026, pp. 415-421, 5th International Symposium on EU Research in Reactor Safety, FISA 2003, Luxembourg, 10/11/03. <https://op.europa.eu/en/publication-detail/-/publication/0494380d-5ad4-41df-84ad-c0e1f464d8cf>

Steam generator tube rupture scenarios (SGTR). / Jokiniemi, Jorma; Lähde, Anna; Auvinen, Ari et al.

Proceedings, FISA 2003 EU research in reactor safety: Conclusion symposium on shared-cost and concerted actions. European Commission EC, 2003. p. 415-421 (EU Publications, Vol. 21026).

Research output: Chapter in Book/Report/Conference proceeding › Conference article in proceedings › Scientific › peer-review

TY - GEN

T1 - Steam generator tube rupture scenarios (SGTR)

AU - Jokiniemi, Jorma

AU - Lähde, Anna

AU - Auvinen, Ari

AU - Tuomisto, H.

AU - Routamo, T.

AU - Lundström, P.

AU - Dienstbier, J.

AU - Güntay, S

AU - Suckow, Detlef

AU - Dehbi, A.

AU - Slootman, M.

AU - Herranz, L.

AU - Peyres, V.

AU - Polo, J.

N1 - Project code: N0SU00067

PY - 2003

Y1 - 2003

N2 - The Steam Generator Tube Rupture (SGTR) scenarios project was carried out in the framework of the research and training programme, EURATOM, in the field of nuclear energy during years 2000-2002. The first objective of the project was to generate a comprehensive database on fission product retention in a steam generator. The second objective was to verify and develop predictive models to support accident management interventions in steam generator tube rupture sequences, which either directly lead to severe accident conditions or are induced by other sequences leading to severe accidents. One challenge was to develop a model for the mechanical resuspension that could be included in the severe accident codes. In addition, it was shown that the existing models for turbulent deposition, which is the dominating deposition mechanism in dry conditions and at high flow rates, contains large uncertainties. The results of the project are applicable to various pressurised water reactors, including vertical steam generators (western PWRs) and horizontal steam generators (VVERs).

AB - The Steam Generator Tube Rupture (SGTR) scenarios project was carried out in the framework of the research and training programme, EURATOM, in the field of nuclear energy during years 2000-2002. The first objective of the project was to generate a comprehensive database on fission product retention in a steam generator. The second objective was to verify and develop predictive models to support accident management interventions in steam generator tube rupture sequences, which either directly lead to severe accident conditions or are induced by other sequences leading to severe accidents. One challenge was to develop a model for the mechanical resuspension that could be included in the severe accident codes. In addition, it was shown that the existing models for turbulent deposition, which is the dominating deposition mechanism in dry conditions and at high flow rates, contains large uncertainties. The results of the project are applicable to various pressurised water reactors, including vertical steam generators (western PWRs) and horizontal steam generators (VVERs).

M3 - Conference article in proceedings

SN - 92-894-7803-9

T3 - EU Publications

SP - 415

EP - 421

BT - Proceedings, FISA 2003 EU research in reactor safety

PB - European Commission EC

T2 - 5th International Symposium on EU Research in Reactor Safety, FISA 2003

Y2 - 10 November 2003 through 13 November 2003

ER -

Steam generator tube rupture scenarios (SGTR)

Abstract

Publication series

Conference

Access to Document

Fingerprint

Cite this