Search Results - "Congleton J"

Simple flume for guidance and impingement studies.

Authors: Congleton, J. L. Mayo, R. D.

Source: Proceedings of the American Society of Civil Engineers; July 1975, Vol. 101, p35-42, 8p

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Stress corrosion cracking of a low alloy steel to stainless steel transition weld in PWR primary waters at 292°C.

Authors: Li, G. F. Congleton, J.

Source: Corrosion Science; June 2000, Vol. 42 Issue 6, p1005-1021, 17p

Intergranular and transgranular cracking of Cu-30Zn brass during fatigue loading.

Authors: Congleton, J. Parkins, R. N. Yu, J.

Source: Materials Science & Technology; December 1985, Vol. 1, p1046-1052, 7p

The environment assisted cracking of diffusion bonded stainless to carbon steel joints in an aqueous chloride solution.

Authors: Shushan, S. M. Charles, E. A. Congleton, J.

Source: Corrosion Science; May 1996, Vol. 38, p673-686, 14p

The effect of delta-ferrite content on the stress corrosion cracking of austenitic stainless steels in a sulphate solution.

Authors: Sui, G. Charles, E. A. Congleton, J.

Source: Corrosion Science; May 1996, Vol. 38, p687-703, 17p

The effect of applied potential on the stress corrosion cracking of sensitized type 316 stainless steel in high temperature water.

Authors: Congleton, J. Yang, W.

Source: Corrosion Science; March 1995, Vol. 37, p429-444, 16p

The determination of quasi-equilibrium potentials for stainless and low-alloy steels in high temperature water.

Authors: Charles, E. A. Congleton, J.

Source: Corrosion Science; October 1994, Vol. 36, p1691-1700, 10p

The stress corrosion cracking of heavily sensitized type 316 stainless steel in water in the temperature range 50-100°C.

Authors: Congleton, J. Sui, G.

Source: Corrosion Science; November 1992, Vol. 33, p1691-1717, 27p

The strain for stress corrosion crack initiation in type 316 stainless steel in high temperature water.

Authors: Yang, W. Congleton, J. Kohneh-Chari, O.

Source: Corrosion Science; May 1992, Vol. 33, p735-750, 16p

The stress corrosion cracking behaviour of annealed 316 stainless steel in low oxygen 5 ppm chloride content water at 300°C.

Authors: Congleton, J. Zheng, W. Hua, H.

Source: Corrosion Science; 1990, Vol. 30 Issue 6-7, p555-567, 13p

Effects of dynamic straining in an artificial crack on the stress corrosion of a NCMV steel in 10 M NaOH.

Authors: Parkins, R. N. Liu, Y. Congleton, J.

Source: Corrosion Science; 1988, Vol. 28 Issue 3, p259-278, 20p

The stress corrosion cracking of type 316 stainless steel in oxygenated and chlorinated high temperature water.

Authors: Congleton, J. Shih, H. C. Shoji, T.

Source: Corrosion Science; 1985, Vol. 25 Issue 8-9, p769-788, 20p

The stress corrosion cracking of reactor pressure vessel steel in high temperature water.

Authors: Congleton, J. Shoji, T. Parkins, R. N.

Source: Corrosion Science; 1985, Vol. 25 Issue 8-9, p633-650, 18p

Current and potential measurements along simulated cracks.

Authors: Parkins, R. N. Craig, I. H. Congleton, J.

Source: Corrosion Science; 1984, Vol. 24 Issue 8, p709-730, 22p

Various electrochemical measurements in a simulated corrosion fatigue crack.

Authors: Charles, E. A. Congleton, J. Parkins, R. N.

Source: Corrosion; September 1988, Vol. 44, p599-605, 7p

Stress corrosion cracking of steel in high temperature water.

Authors: Congleton, J. Parkins, R. N.

Source: Corrosion; May 1988, Vol. 44, p290-298, 9p

The design and evaluation of the neutral posture chair for surgeons.

Authors: Congleton, J. J. Ayoub, M. M. Smith, J. L.

Source: Human Factors; October 1985, Vol. 27, p589-600, 12p

Corrosion-fatigue crack nucleation in 1.5Mn-0.5Si steel.

Authors: Congleton, J.

Source: Metals Technology; March/April 1982, Vol. 9, p94-103, 10p

Mechanisms of stress corrosion cracking for iron-based alloys in high-temperature water.

Authors: Zhou, X. Y. Congleton, J. Bahraloloom, A.

Source: Corrosion; November 1998, Vol. 54 Issue 11, p898-909, 12p