Creep-fatigue properties of nickel-base superalloy 263

Rami Pohja; Asta Nurmela; null Holmström Stefan; Pekka Moilanen

Creep-fatigue properties of nickel-base superalloy 263

Rami Pohja, Asta Nurmela, Holmström Stefan, Pekka Moilanen

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

Abstract

In this paper the creep-fatigue (CF) and low cycle fatigue (LCF) properties of alloy 263 are considered. Both virgin and pre-crept (750ºC / 178 MPa / 3000 h) test materials were tested to investigate the impact of creep damage prior to cycling. The tests performed on the high precision pneumatic loading system (HIPS) are in the temperature range of 700-750ºC, total strain range of 0.6-1.0% and with hold times in both tension and compression. Curves of peak stress as a function of cycles and curves of stress relaxation are presented for the alloy 263. The creep-fatigue test results are also analysed using methods described in the assessment and design codes of RCC-MR, R5 and ASME NH as well as by the recently developed -model. It is shown that the number of cycles to failure for CF data can be accurately predicted by the simple -model. The practicality in using the life fraction rule for presenting the combined damage is discussed and recommendations are given on alternative approaches.

Original language	English
Title of host publication	Baltica IX. International Conference on Life Management and Maintenance for Power Plants
Editors	Pertti Auerkari, Juha Veivo
Place of Publication	Espoo
Publisher	VTT Technical Research Centre of Finland
Pages	204-217
ISBN (Print)	978-951-38-8025-5, 978-951-38-8026-2
Publication status	Published - 2013
MoE publication type	A4 Article in a conference publication
Event	BALTICA IX - International Conference on Life Management and Maintenance for Power Plants - Helsinki-Stockholm, Finland Duration: 11 Jun 2013 → 13 Jun 2013

Publication series

Series	VTT Technology
Number	106
ISSN	2242-1211

Conference

Conference	BALTICA IX - International Conference on Life Management and Maintenance for Power Plants
Country/Territory	Finland
City	Helsinki-Stockholm
Period	11/06/13 → 13/06/13

Access to Document

https://publications.vtt.fi/pdf/technology/2013/T106.pdf#page=206

1 Book (editor)

Baltica IX: International Conference on Life Management and Maintenance for Power Plants
Auerkari, P. (Editor) & Veivo, J. (Editor), 2013, Espoo: VTT Technical Research Centre of Finland. 683 p. (VTT Technology; No. 106).
Research output: Book/Report › Book (editor) › Scientific › peer-review

Open Access

Cite this

@inproceedings{04f3293f7636414ebd67401272a5334d,

title = "Creep-fatigue properties of nickel-base superalloy 263",

abstract = "In this paper the creep-fatigue (CF) and low cycle fatigue (LCF) properties of alloy 263 are considered. Both virgin and pre-crept (750ºC / 178 MPa / 3000 h) test materials were tested to investigate the impact of creep damage prior to cycling. The tests performed on the high precision pneumatic loading system (HIPS) are in the temperature range of 700-750ºC, total strain range of 0.6-1.0% and with hold times in both tension and compression. Curves of peak stress as a function of cycles and curves of stress relaxation are presented for the alloy 263. The creep-fatigue test results are also analysed using methods described in the assessment and design codes of RCC-MR, R5 and ASME NH as well as by the recently developed -model. It is shown that the number of cycles to failure for CF data can be accurately predicted by the simple -model. The practicality in using the life fraction rule for presenting the combined damage is discussed and recommendations are given on alternative approaches.",

author = "Rami Pohja and Asta Nurmela and {Holmstr{\"o}m Stefan} and Pekka Moilanen",

year = "2013",

language = "English",

isbn = "978-951-38-8025-5",

series = "VTT Technology",

publisher = "VTT Technical Research Centre of Finland",

number = "106",

pages = "204--217",

editor = "Pertti Auerkari and Juha Veivo",

booktitle = "Baltica IX. International Conference on Life Management and Maintenance for Power Plants",

address = "Finland",

note = "BALTICA IX - International Conference on Life Management and Maintenance for Power Plants ; Conference date: 11-06-2013 Through 13-06-2013",

}

Pohja, R, Nurmela, A, Holmström Stefan, & Moilanen, P 2013, Creep-fatigue properties of nickel-base superalloy 263. in P Auerkari & J Veivo (eds), Baltica IX. International Conference on Life Management and Maintenance for Power Plants. VTT Technical Research Centre of Finland, Espoo, VTT Technology, no. 106, pp. 204-217, BALTICA IX - International Conference on Life Management and Maintenance for Power Plants, Helsinki-Stockholm, Finland, 11/06/13. <https://publications.vtt.fi/pdf/technology/2013/T106.pdf#page=206>

Creep-fatigue properties of nickel-base superalloy 263. / Pohja, Rami; Nurmela, Asta; Holmström Stefan et al.
Baltica IX. International Conference on Life Management and Maintenance for Power Plants. ed. / Pertti Auerkari; Juha Veivo. Espoo: VTT Technical Research Centre of Finland, 2013. p. 204-217 (VTT Technology; No. 106).

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

TY - GEN

T1 - Creep-fatigue properties of nickel-base superalloy 263

AU - Pohja, Rami

AU - Nurmela, Asta

AU - Holmström Stefan, null

AU - Moilanen, Pekka

PY - 2013

Y1 - 2013

N2 - In this paper the creep-fatigue (CF) and low cycle fatigue (LCF) properties of alloy 263 are considered. Both virgin and pre-crept (750ºC / 178 MPa / 3000 h) test materials were tested to investigate the impact of creep damage prior to cycling. The tests performed on the high precision pneumatic loading system (HIPS) are in the temperature range of 700-750ºC, total strain range of 0.6-1.0% and with hold times in both tension and compression. Curves of peak stress as a function of cycles and curves of stress relaxation are presented for the alloy 263. The creep-fatigue test results are also analysed using methods described in the assessment and design codes of RCC-MR, R5 and ASME NH as well as by the recently developed -model. It is shown that the number of cycles to failure for CF data can be accurately predicted by the simple -model. The practicality in using the life fraction rule for presenting the combined damage is discussed and recommendations are given on alternative approaches.

AB - In this paper the creep-fatigue (CF) and low cycle fatigue (LCF) properties of alloy 263 are considered. Both virgin and pre-crept (750ºC / 178 MPa / 3000 h) test materials were tested to investigate the impact of creep damage prior to cycling. The tests performed on the high precision pneumatic loading system (HIPS) are in the temperature range of 700-750ºC, total strain range of 0.6-1.0% and with hold times in both tension and compression. Curves of peak stress as a function of cycles and curves of stress relaxation are presented for the alloy 263. The creep-fatigue test results are also analysed using methods described in the assessment and design codes of RCC-MR, R5 and ASME NH as well as by the recently developed -model. It is shown that the number of cycles to failure for CF data can be accurately predicted by the simple -model. The practicality in using the life fraction rule for presenting the combined damage is discussed and recommendations are given on alternative approaches.

M3 - Conference article in proceedings

SN - 978-951-38-8025-5

SN - 978-951-38-8026-2

T3 - VTT Technology

SP - 204

EP - 217

BT - Baltica IX. International Conference on Life Management and Maintenance for Power Plants

A2 - Auerkari, Pertti

A2 - Veivo, Juha

PB - VTT Technical Research Centre of Finland

CY - Espoo

T2 - BALTICA IX - International Conference on Life Management and Maintenance for Power Plants

Y2 - 11 June 2013 through 13 June 2013

ER -

Creep-fatigue properties of nickel-base superalloy 263

Abstract

Publication series

Conference

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Research output

Baltica IX: International Conference on Life Management and Maintenance for Power Plants

Cite this