Effect of cathodic protection potential on corrosion fatigue crack growth on high-tensile steel in synthetic sea water

Modelling of crack-tip deformation and transient electrochemical processes in relation to corrosion fatigue of steels cathodically protected in marine environments

Turnbull, A.
Saenz de Santa Maria, M
National Physical Lab., Teddington (United Kingdom). Div. of Materials Applications

January 1987

SIGLEAvailable from British Library Document Supply Centre- DSC:6029.3292(NPL-DMA(A)--145) / BLDSC -...

Crack-tip electrochemistry in relation to corrosion fatigue of offshore structural steels in seawater Technical summary and implications

Turnbull, A
Health and Safety Executive, London (United Kingdom)

January 1992

SIGLEAvailable from British Library Document Supply Centre- DSC:6244.38(HSE-OTH--325) / BLDSC - Brit...

Study on stress corrosion cracking of austenitic stainless steels caused by wind borne sea salt particles Evaluation of surface treatments for preventing SCC

Kasahara, K.
Komukai, S.
Fujiwara, T
British Gas Corp., London (United Kingdom)

January 1986

Translated from Japanese (30. Ann. Tech. Rep. Tokyo Gas R D Inst. p. 189-194)SIGLEAvailable from Bri...

Effects of cathodic protection potential and stress ratio on fatigue thresholds of structural steels in sea water

Dolphin, A.S.
Tice, D.R
Department of Energy, London (United Kingdom)
UKAEA, Springfields (United Kingdom). Nuclear Labs

January 1987

Report also known as ND-M--3888(S)Available from British Library Document Supply Centre- DSC:6244.22...

Effect of cathodic protection on environmental cracking of high strength steels in sea water

Saenz de Santa Maria, M.
Procter, R.P.M
Department of Energy, London (United Kingdom). Offshore Energy Technology Board
University of Manchester Inst. of Science and Technology (UMIST) (United Kingdom)

January 1986

SIGLEAvailable from British Library Document Supply Centre- DSC:6244.2225(OTO--86-004) / BLDSC - Bri...

Effect of frequency on corrosion fatigue life prediction of high-tensile steel (HT 80) in synthetic sea water

Masuda, H.
Matsuoka, S.
Nishijima, S.
Shimodaira, M
Institute of Metals, London (United Kingdom). British Industrial and Scientific International Translation Service

January 1989

35.00; Translated from Japanese (Boshoku Gijutsu 1988 v. 37(1) p. 25-29)Available from British Libra...

Effect of strength on corrosion fatigue behaviour of low alloy steels in artificial seawater

Zheng, W.
Zhu, G.
Ouyang, H.
Li, G
Institute of Metals, London (United Kingdom). British Industrial and Scientific International Translation Service

January 1989

46.50; Translated from Chinese (Acta Metall. Sin. (China) 1986 v. 22(3) p. A275-A282)SIGLEAvailable ...

Effects of welding residual stress and corrosion products on corrosion fatigue crack propagation rate in welded components in natural seawater

Tsumura, T
Akizono, K.
Murakami, R.
Institute of Metals, London (United Kingdom). British Industrial and Scientific International Translation Service

January 1989

55.00; Translated from Japanese (Zairyo 1987 v. 36(408) p. 986-991)Available from British Library Do...

Influence of localized corrosion on corrosion fatigue crack initiation and growth behaviours of structural steels

Hattori, S.
Okada, T
Institute of Metals, London (United Kingdom). British Industrial and Scientific International Translation Service

January 1990

Translated from Japanese (J. Soc. Mater. Sci., Jpn., 1988 v. 37(415) p. 410-415)SIGLEAvailable from ...

Effect of water environment on fatigue crack growth in low-alloy high-strength steel

Matocha, K.
Tvrdy, M.
Pahuta, P.
Riecansky (V.E.) Technical Translations, Cambridge (United Kingdom)

January 2000

Translated from Czech. (Kovove Mater. 1999 (3) p. 200-208)SIGLEAvailable from British Library Docume...

Low-cycle fatigue of carbon steel in high-temperature pure water environment

Higuchi, M.
Sakamoto, H
Institute of Metals, London (United Kingdom). British Industrial and Scientific International Translation Service

January 1989

46.50; Translated from Japanese (Tetsu To Hagane 1985 v. 71(8) p. 1025-1031)SIGLEAvailable from Brit...

Effect of cathodic protection on the fatigue strength of tubular joints in seawater Final report

Tubby, P.
Skallerud, B.
Eide, O
Health and Safety Executive, Sheffield (United Kingdom). Information Services

January 1994

First published as TWI/SINTEF report no. 5588/19/93, Oct 1993SIGLEGBUnited Kingdo

Effects of corrosion and cathodic protection on fatigue of welded steel structures in sea water environment State of the art

Groevlen, M.
Bardal, E.
Oerjasaether, O
Health and Safety Executive, Sheffield (United Kingdom). Information Services

January 1994

First published by SINTEF, Trondheim (NO), as report no. STF 34 F89104, Aug 1989SIGLEGBUnited Kingdo

Corrosion fatigue crack propagation behaviour of a high strength low alloy steel in a synthetic sea water environment

Millar, P.G
Cranfield Inst. of Tech. (United Kingdom)

January 1986

SIGLEAvailable from British Library Document Supply Centre- DSC:DX81783 / BLDSC - British Library Do...

Influence of localized corrosion on corrosion fatigue crack initiation and growth behaviours of structural steels

Okada, T
Hattori, S.
Institute of Metals, London (United Kingdom). British Industrial and Scientific International Translation Service

January 1990

Trabslated from Japanese (Zairyo 1988 v. 37(415) p. 410-415)Available from British Library Document ...

Modelling of crack-tip deformation and transient electrochemical processes in relation to corrosion fatigue of steels cathodically protected in marine environments

Turnbull, A.
Saenz de Santa Maria, M
National Physical Lab., Teddington (United Kingdom). Div. of Materials Applications

January 1987

SIGLEAvailable from British Library Document Supply Centre- DSC:6029.3292(NPL-DMA(A)--145) / BLDSC -...

Crack-tip electrochemistry in relation to corrosion fatigue of offshore structural steels in seawater Technical summary and implications

Turnbull, A
Health and Safety Executive, London (United Kingdom)

January 1992

SIGLEAvailable from British Library Document Supply Centre- DSC:6244.38(HSE-OTH--325) / BLDSC - Brit...

Study on stress corrosion cracking of austenitic stainless steels caused by wind borne sea salt particles Evaluation of surface treatments for preventing SCC

Kasahara, K.
Komukai, S.
Fujiwara, T
British Gas Corp., London (United Kingdom)

January 1986

Translated from Japanese (30. Ann. Tech. Rep. Tokyo Gas R D Inst. p. 189-194)SIGLEAvailable from Bri...

Effects of cathodic protection potential and stress ratio on fatigue thresholds of structural steels in sea water

Dolphin, A.S.
Tice, D.R
Department of Energy, London (United Kingdom)
UKAEA, Springfields (United Kingdom). Nuclear Labs

January 1987

Report also known as ND-M--3888(S)Available from British Library Document Supply Centre- DSC:6244.22...

Effect of cathodic protection on environmental cracking of high strength steels in sea water

Saenz de Santa Maria, M.
Procter, R.P.M
Department of Energy, London (United Kingdom). Offshore Energy Technology Board
University of Manchester Inst. of Science and Technology (UMIST) (United Kingdom)

January 1986

SIGLEAvailable from British Library Document Supply Centre- DSC:6244.2225(OTO--86-004) / BLDSC - Bri...

Effect of frequency on corrosion fatigue life prediction of high-tensile steel (HT 80) in synthetic sea water

Masuda, H.
Matsuoka, S.
Nishijima, S.
Shimodaira, M
Institute of Metals, London (United Kingdom). British Industrial and Scientific International Translation Service

January 1989

35.00; Translated from Japanese (Boshoku Gijutsu 1988 v. 37(1) p. 25-29)Available from British Libra...

Effect of strength on corrosion fatigue behaviour of low alloy steels in artificial seawater

Zheng, W.
Zhu, G.
Ouyang, H.
Li, G
Institute of Metals, London (United Kingdom). British Industrial and Scientific International Translation Service

January 1989

46.50; Translated from Chinese (Acta Metall. Sin. (China) 1986 v. 22(3) p. A275-A282)SIGLEAvailable ...

Effects of welding residual stress and corrosion products on corrosion fatigue crack propagation rate in welded components in natural seawater

Tsumura, T
Akizono, K.
Murakami, R.
Institute of Metals, London (United Kingdom). British Industrial and Scientific International Translation Service

January 1989

55.00; Translated from Japanese (Zairyo 1987 v. 36(408) p. 986-991)Available from British Library Do...

Influence of localized corrosion on corrosion fatigue crack initiation and growth behaviours of structural steels

Hattori, S.
Okada, T
Institute of Metals, London (United Kingdom). British Industrial and Scientific International Translation Service

January 1990

Translated from Japanese (J. Soc. Mater. Sci., Jpn., 1988 v. 37(415) p. 410-415)SIGLEAvailable from ...

Effect of water environment on fatigue crack growth in low-alloy high-strength steel

Matocha, K.
Tvrdy, M.
Pahuta, P.
Riecansky (V.E.) Technical Translations, Cambridge (United Kingdom)

January 2000

Translated from Czech. (Kovove Mater. 1999 (3) p. 200-208)SIGLEAvailable from British Library Docume...

Low-cycle fatigue of carbon steel in high-temperature pure water environment

Higuchi, M.
Sakamoto, H
Institute of Metals, London (United Kingdom). British Industrial and Scientific International Translation Service

January 1989

46.50; Translated from Japanese (Tetsu To Hagane 1985 v. 71(8) p. 1025-1031)SIGLEAvailable from Brit...

Effect of cathodic protection on the fatigue strength of tubular joints in seawater Final report

Tubby, P.
Skallerud, B.
Eide, O
Health and Safety Executive, Sheffield (United Kingdom). Information Services

January 1994

First published as TWI/SINTEF report no. 5588/19/93, Oct 1993SIGLEGBUnited Kingdo

Effects of corrosion and cathodic protection on fatigue of welded steel structures in sea water environment State of the art

Groevlen, M.
Bardal, E.
Oerjasaether, O
Health and Safety Executive, Sheffield (United Kingdom). Information Services

January 1994

First published by SINTEF, Trondheim (NO), as report no. STF 34 F89104, Aug 1989SIGLEGBUnited Kingdo

Corrosion fatigue crack propagation behaviour of a high strength low alloy steel in a synthetic sea water environment

Millar, P.G
Cranfield Inst. of Tech. (United Kingdom)

January 1986

SIGLEAvailable from British Library Document Supply Centre- DSC:DX81783 / BLDSC - British Library Do...

Influence of localized corrosion on corrosion fatigue crack initiation and growth behaviours of structural steels

Okada, T
Hattori, S.
Institute of Metals, London (United Kingdom). British Industrial and Scientific International Translation Service

January 1990

Trabslated from Japanese (Zairyo 1988 v. 37(415) p. 410-415)Available from British Library Document ...

Modelling of crack-tip deformation and transient electrochemical processes in relation to corrosion fatigue of steels cathodically protected in marine environments

Turnbull, A.
Saenz de Santa Maria, M
National Physical Lab., Teddington (United Kingdom). Div. of Materials Applications

January 1987

SIGLEAvailable from British Library Document Supply Centre- DSC:6029.3292(NPL-DMA(A)--145) / BLDSC -...

Crack-tip electrochemistry in relation to corrosion fatigue of offshore structural steels in seawater Technical summary and implications

Turnbull, A
Health and Safety Executive, London (United Kingdom)

January 1992

SIGLEAvailable from British Library Document Supply Centre- DSC:6244.38(HSE-OTH--325) / BLDSC - Brit...

Study on stress corrosion cracking of austenitic stainless steels caused by wind borne sea salt particles Evaluation of surface treatments for preventing SCC

Kasahara, K.
Komukai, S.
Fujiwara, T
British Gas Corp., London (United Kingdom)

January 1986

Translated from Japanese (30. Ann. Tech. Rep. Tokyo Gas R D Inst. p. 189-194)SIGLEAvailable from Bri...

Effect of cathodic protection potential on corrosion fatigue crack growth on high-tensile steel in synthetic sea water

Abstract

Extracted data

Effect of cathodic protection potential on corrosion fatigue crack growth on high-tensile steel in synthetic sea water

Abstract

Extracted data

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