Products tagged with 'correlation'

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11353 Timescale Correlation Between Marine Atmospheric Exposure and Accelerated Corrosion Testing

Product Number: 51300-11353-SG

ISBN: 2011 11353 CP

Author: Eliza L. Montgomery, Jerome P. Curran, Luz M. Calle and Mark R. Kolody

Publication Date: 2011

$20.00

Evaluation of metal-based structures has relied on atmospheric exposure test sites to determine corrosion resistance in marine environments. This work uses surface chemistry and electrochemical techniques to interpret the chemical changes occurring on low carbon and stainless steel during atmospheric and accelerated corrosion conditions to find a correlation between its accelerated and long-term corrosion performance.

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51318-11233-Cyclic Oxidation Behavior of Ni-Cr Alloys in Wet Air

Product Number: 51318-11233-SG

Author: Jiheon Jun / Dongwon Shin / Sebastien Dryepondt, / J. Allen Haynes / Bruce A. Pint

Publication Date: 2018

$20.00

Both commercial and model Ni-based alloys were tested in 1-h cycles at 800-950°C in wet air, and the oxide scales formed on wrought Ni-(14-25)wt%Cr binary alloys were characterized.

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Evaluation of Mechanistic Models and Correlations for Predicting Solid Particle-Induced Erosion under Various Flow Regimes

Product Number: 51323-19084-SG

Author: Farzin Darihaki, Ronald E. Vieira, Siamack A. Shirazi

Publication Date: 2023

$20.00

Erosion, a mechanical process during which material is removed from the pipelines and other flow-containing equipment, can occur when solid particles such as sand are carried by the flow. Erosion is more critical when there is a change in the flow direction, such as particle-laden flows in elbows and tees.

While experimentation is a possible approach to obtain erosion rates, the conditions under which tests could be performed are limited in some respects.

Products tagged with 'correlation'

11353 Timescale Correlation Between Marine Atmospheric Exposure and Accelerated Corrosion Testing

51318-11233-Cyclic Oxidation Behavior of Ni-Cr Alloys in Wet Air

Evaluation of Mechanistic Models and Correlations for Predicting Solid Particle-Induced Erosion under Various Flow Regimes

Association for Materials Protection and Performance