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Products tagged with 'slow strain rate'

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Picture for 03126 PHYSICAL METALLURGY OF ALLOYS 718,
Available for download

03126 PHYSICAL METALLURGY OF ALLOYS 718, 725, 725HS, 925 FOR SERVICE IN AGGRESSIVE CORROSIVE ENVIRONMENTS

Product Number: 51300-03126-SG
ISBN: 03126 2003 CP
Author: Sarwan Mannan, Ed Hibner, and Brett Puckett
Publication Date: 2003
$20.00

Nickel-base alloys 718, 725, and 925 are commonly used in oil and natural gas production.  Being heavily alloyed multi-component systems; these materials require special consideration for processing and heat treatments.  This paper shows the effect of intergranular precipitates on mechanical properties and  slow strain rate (SSR) test results in sour oil patch environments.

 
Picture for An Evaluation Of The Ripple Slow Strain Rate (RSSR) Technique For Environmentally Assisted Cracking (EAC) Qualification Of Modified 13Cr-110 Stainless Steel
Available for download

An Evaluation Of The Ripple Slow Strain Rate (RSSR) Technique For Environmentally Assisted Cracking (EAC) Qualification Of Modified 13Cr-110 Stainless Steel

Product Number: 51321-16675-SG
Author: Jing Ning; Yuhchae Yoon; Brent Sherar
Publication Date: 2021
$20.00
Review of Techniques to Evaluate SCC Susceptibility of Carbon Steels Used in Construction of Hanford Nuclear Reservation Waste Tanks
Available for download

Review Of Techniques To Evaluate SCC Susceptibility Of Carbon Steels Used In Construction Of Nuclear Waste Tanks

Product Number: 51322-18062-SG
Author: B.C. Rollins, S. Chawla, J. Gerst, J.A. Beavers, J. Page, C. Girardot, S. Campbell, N. Sridhar
Publication Date: 2022
$20.00

The Hanford Nuclear Reservation contains radioactive and chemically hazardous wastes arising mostly from weapons production, beginning with World War II and continuing through the Cold War. The wastes are stored in 177 carbon steel underground storage tanks, of which 149 are single-shell tanks (SSTs) and the remaining are double-shell tanks (DSTs). The U.S. Department of Energy, Office of River Protection is responsible for retrieving the tank wastes, treating them in order to encapsulate them in glass logs, and then permanently closing the tanks and associated facilities.
Picture for SCC Susceptibility Potential Range for Carbon Steels Used in Nuclear Waste Tanks Determined with a Crack Growth Rate Technique
Available for download

SCC Susceptibility Potential Range for Carbon Steels Used in Nuclear Waste Tanks Determined with a Crack Growth Rate Technique

Product Number: 51324-21154-SG
Author: B.C. Rollins; S. Chawla; J.S. Page; C.L. Girardot; S.T. Campbell
Publication Date: 2024
$40.00
Stress corrosion cracking (SCC) is a documented threat to the integrity of carbon steel radioactive waste storage tanks at the Hanford Nuclear Reservation. A previously published study compared the slow strain rate (SSR) test technique to three alternative SSR methods. That study showed that, regardless of the technique employed, inconclusive results due to subjective aspects of the post-test evaluation are possible. Additionally, the study suggested that the crack growth rate (CGR) technique might reduce ambiguity and more accurately define the critical cracking potential (CCP). The focus of the current study was determining the potential window of SCC susceptibility using the CGR technique as compared to multiple SSR techniques. The results of the study showed the minimum applied potential required to sustain cracking was dependent on whether intergranular SCC was already established. A more noble potential was required to activate intergranular SCC than it was to maintain cracking.
Picture for The Effect of Halides on SCC Susceptibility of Carbon Steels Used in Nuclear Waste Tanks
Available for download

The Effect of Halides on SCC Susceptibility of Carbon Steels Used in Nuclear Waste Tanks

Product Number: 51323-18830-SG
Author: B.C. Rollins, S. Chawla, J. Gerst, J.A. Beavers, J.S. Page, C.L. Girardot, S.T. Campbell, N. Sridhar
Publication Date: 2023
$20.00

The Hanford Nuclear Reservation contains radioactive and chemically hazardous wastes arising mostly from weapons production, beginning with World War II and continuing through the Cold War. The wastes are stored in 177 carbon steel underground storage tanks, of which 149 are single-shell tanks (SSTs) and the remaining are double-shell tanks (DSTs). The U.S. Department of Energy, Office of River Protection is responsible for retrieving the tank wastes, treating them in order to encapsulate them in glass logs, and then permanently closing the tanks and associated facilities. 
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