Pressurized thermal shock tests with model pressure vessels

Heli Talja; Heikki Keinänen; Rauno Rintamaa; Ralf Ahlstrand; Pekka Nurkkala; Georgy Karzov; Alexander Blumin; Boris Timofeev

Pressurized thermal shock tests with model pressure vessels

Heli Talja, Heikki Keinänen, Rauno Rintamaa, Ralf Ahlstrand, Pekka Nurkkala, Georgy Karzov, Alexander Blumin, Boris Timofeev

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

Abstract

Pressurized thermal shock experiments are performed in the Prometey Institute for the purpose of investigating the behaviour of surface flaws under pressurized water reactor overcooling accident conditions. The model pressure vessels are made of a steel 15X2MFA. The specific aim of the tests is to determine whether a surface flaw would be critical during a very severe pressurized thermal shock loading, and how well this situation can be predicted. In the tests with the second vessel the effect of the cladding on the fracture behaviour is studied. The preliminary finite-element analyses for the tests with the first model vessel and the pre-test analyses for the test with the second model vessel were presented in this paper.

Original language	English
Title of host publication	18. MPA seminar on safety and reliability of plant technology
Subtitle of host publication	Safety aspects for long operational life and new reactor concepts
Place of Publication	Stuttgart
Pages	15.1-15.24
Publication status	Published - 1992
MoE publication type	B3 Non-refereed article in conference proceedings
Event	18th MPA-seminar Safety and Reliability of Plant Technology - Stuttgart, Germany Duration: 8 Oct 1992 → 9 Oct 1992

Seminar

Seminar	18th MPA-seminar Safety and Reliability of Plant Technology
Country/Territory	Germany
City	Stuttgart
Period	8/10/92 → 9/10/92

Cite this

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title = "Pressurized thermal shock tests with model pressure vessels",

abstract = "Pressurized thermal shock experiments are performed in the Prometey Institute for the purpose of investigating the behaviour of surface flaws under pressurized water reactor overcooling accident conditions. The model pressure vessels are made of a steel 15X2MFA. The specific aim of the tests is to determine whether a surface flaw would be critical during a very severe pressurized thermal shock loading, and how well this situation can be predicted. In the tests with the second vessel the effect of the cladding on the fracture behaviour is studied. The preliminary finite-element analyses for the tests with the first model vessel and the pre-test analyses for the test with the second model vessel were presented in this paper.",

author = "Heli Talja and Heikki Kein{\"a}nen and Rauno Rintamaa and Ralf Ahlstrand and Pekka Nurkkala and Georgy Karzov and Alexander Blumin and Boris Timofeev",

note = "HUO: YDINVOIMALAITOSMATERIAALIT Project code: MET001611; 18th MPA-seminar Safety and Reliability of Plant Technology ; Conference date: 08-10-1992 Through 09-10-1992",

year = "1992",

language = "English",

pages = "15.1--15.24",

booktitle = "18. MPA seminar on safety and reliability of plant technology",

}

Talja, H, Keinänen, H, Rintamaa, R, Ahlstrand, R, Nurkkala, P, Karzov, G, Blumin, A & Timofeev, B 1992, Pressurized thermal shock tests with model pressure vessels. in 18. MPA seminar on safety and reliability of plant technology: Safety aspects for long operational life and new reactor concepts. Stuttgart, pp. 15.1-15.24, 18th MPA-seminar Safety and Reliability of Plant Technology, Stuttgart, Baden-Württemberg, Germany, 8/10/92.

Pressurized thermal shock tests with model pressure vessels. / Talja, Heli; Keinänen, Heikki; Rintamaa, Rauno et al.

18. MPA seminar on safety and reliability of plant technology: Safety aspects for long operational life and new reactor concepts. Stuttgart, 1992. p. 15.1-15.24.

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

TY - GEN

T1 - Pressurized thermal shock tests with model pressure vessels

AU - Talja, Heli

AU - Keinänen, Heikki

AU - Rintamaa, Rauno

AU - Ahlstrand, Ralf

AU - Nurkkala, Pekka

AU - Karzov, Georgy

AU - Blumin, Alexander

AU - Timofeev, Boris

N1 - HUO: YDINVOIMALAITOSMATERIAALIT Project code: MET001611

PY - 1992

Y1 - 1992

N2 - Pressurized thermal shock experiments are performed in the Prometey Institute for the purpose of investigating the behaviour of surface flaws under pressurized water reactor overcooling accident conditions. The model pressure vessels are made of a steel 15X2MFA. The specific aim of the tests is to determine whether a surface flaw would be critical during a very severe pressurized thermal shock loading, and how well this situation can be predicted. In the tests with the second vessel the effect of the cladding on the fracture behaviour is studied. The preliminary finite-element analyses for the tests with the first model vessel and the pre-test analyses for the test with the second model vessel were presented in this paper.

AB - Pressurized thermal shock experiments are performed in the Prometey Institute for the purpose of investigating the behaviour of surface flaws under pressurized water reactor overcooling accident conditions. The model pressure vessels are made of a steel 15X2MFA. The specific aim of the tests is to determine whether a surface flaw would be critical during a very severe pressurized thermal shock loading, and how well this situation can be predicted. In the tests with the second vessel the effect of the cladding on the fracture behaviour is studied. The preliminary finite-element analyses for the tests with the first model vessel and the pre-test analyses for the test with the second model vessel were presented in this paper.

M3 - Conference article in proceedings

SP - 15.1-15.24

BT - 18. MPA seminar on safety and reliability of plant technology

CY - Stuttgart

T2 - 18th MPA-seminar Safety and Reliability of Plant Technology

Y2 - 8 October 1992 through 9 October 1992

ER -

Pressurized thermal shock tests with model pressure vessels

Abstract

Seminar

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