Results 211 to 220 of about 184,715 (260)

Slow Strain-Rate Testing in High Temperature Water

1979
The apparatus and technique employed in slow strain-rate testing of stainless steels in high temperature high purity water are described and discussed. Typical results from work in progress on the influence of heat treatment and surface treatment on the intergranular stress corrosion cracking of Types 304 and 308 stainless steel and Alloy XM-19 are ...
HD Solomon, MJ Povich, TM Devine
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Case Histories Using the Slow Strain Rate Test

1993
The slow strain rate test (SSRT) has been used at Air Products and Chemicals for a number of different environments. It was used to estimate the propensity of various amines to stress crack storage tanks; it was used to determine if existing equipment could be used in amine manufacture. Several tests were conducted to duplicate conditions that produced
KL Baumert, WR Watkins
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Application of Visual Basic in Fluctuant Slow Strain Rate Test

Applied Mechanics and Materials, 2014
With the example of stress corrosion test of natural gas pipeline steel, the application of Visual Basic (VB) language program in the test will be discussed in the paper. The result shows that different waveforms of VB language design can simulate various forms of applied load of pipeline steel well, and make fluctuant slow strain rate test more ...
Qi Lei Sun, Lu Dan Shi, Ze Rui Liu
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Portable Slow Strain-Rate Stress Corrosion Test Device

1979
A portable test device has been constructed for determining the stress corrosion cracking (SCC) characteristics of process environments. The device may be inserted and retrieved from laboratory, plant, and field equipment operating at pressures up to 13.8 MPa (2000 psi) and temperatures not exceeding 204°C (400°F) without shutting down the system ...
F Hauser, SR Abbott, I Cornet, RS Treseder   +3 more
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Slow Strain-Rate Stress Corrosion Testing of Aluminum Alloys

1979
The use of the slow strain-rate stress corrosion technique for testing aluminum alloys is discussed. This technique is compared to the more frequently used statically loaded, alternate immersion test technique used for evaluating the susceptibility of aluminum alloys to stress corrosion cracking (SCC).
GM Ugiansky, CE Johnson, DS Thompson, EH Gillespie   +3 more
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Slow Strain Rate Testing for Materials Evaluation in High Pressure H2S Environments

CORROSION 1986, 1986
Abstract Traditional environmental cracking test methods such as the NACE tensile test or the MgCl2 test, have limitations for extreme sour service materials evaluation. The slow strain rate method overcomes many of the disadvantages of more traditional test methods, while posing some unique questions of its own.
D. R. McIntyre, R. D. Kane, S. M. Wilhelm   +2 more
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Status of Standardization Activities on Slow Strain Rate Testing Techniques

1993
A brief review of current test method standardization activities for slow strain rate testing will be given. This presentation will include activities involving ASTM Committee G-l .06.05 (Corrosion of Metals/SCC Test Methods/Dynamic Testing) and NACE Task Group T-1F-9 (Metallic Materials Testing Techniques for Sulfide Corrosion Cracking).
RD Kane, SM Wilhelm
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Slow-Strain-Rate Stress Corrosion Testing of Aluminum Alloys

1984
An extensive program of slow-strain-rate stress corrosion testing of aluminum alloys in a wide variety of susceptibility conditions and environments produced results fully consistent with the expected behavior from service experience and the results of other established test methods.
NJH Holrody, GM Scamans
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Applications of Slow Strain Rate Testing in the Nuclear Power Industry

1993
Slow strain rate (SSR) tests are widely used to evaluate materials for service in the nuclear power industry. The slow strain rate method is used to select new materials and to qualify heats of existing materials for use in components exposed to reactor coolant. Several different modifications of the SSR test have been developed over the
MT Miglin, BP Miglin
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Evaluation of Slow Strain-Rate Stress Corrosion Tests Results

1979
Slow strain-rate technique provides a rapid and reliable method to determine stress corrosion cracking (SCC) susceptibility of metals and alloys for a broad range of applications. Procedures are discussed for using the technique to (a) determine if an alloy is susceptible to SCC, (b) express SCC severity quantitatively, (c) rank alloys with respect to ...
JH Payer, WE Berry, WK Boyd
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