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07420 Factors that Influence the Performance of High-Temperature Coatings

Picture for 07420 Factors that Influence the Performance of High-Temperature Coatings
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Product Number: 51300-07420-SG
ISBN: 07420 2007 CP
Author: David A. Shifler
Publication Date: 2007
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High-temperature materials such as MCrAlY, aluminide, silicon-base environmental barrier, and thermal barrier coatings, as well as nickel- and cobalt-based superalloys, ceramic matrix composites, and ceramics are used in various corrosive environments. Materials that may be resistant to one environment may be susceptible in other environments. The interaction of the protective oxide of the given material changes as a function of a number of factors. The increasing desire to raise temperatures in different high-temperature applications requires a thorough understanding of those factors influencing passivity in order to develop and implement alternative, more corrosion-resistant materials. This paper will examine some of the factors that influence the interaction of high-temperature materials with several corrosive species and offers observations and recommendations improve the service life of these materials.
High-temperature materials such as MCrAlY, aluminide, silicon-base environmental barrier, and thermal barrier coatings, as well as nickel- and cobalt-based superalloys, ceramic matrix composites, and ceramics are used in various corrosive environments. Materials that may be resistant to one environment may be susceptible in other environments. The interaction of the protective oxide of the given material changes as a function of a number of factors. The increasing desire to raise temperatures in different high-temperature applications requires a thorough understanding of those factors influencing passivity in order to develop and implement alternative, more corrosion-resistant materials. This paper will examine some of the factors that influence the interaction of high-temperature materials with several corrosive species and offers observations and recommendations improve the service life of these materials.
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Picture for Coatings for high temperature applications
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51312-01710-Coatings for high temperature applications

Product Number: 51312-01710-SG
ISBN: 01710 2012 CP
Author: Vilupanur A. Ravi
Publication Date: 2012
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Picture for 07421 Fabricating Nickel Alloy Products to Avoid Stress Relaxation Cracking
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07421 Fabricating Nickel Alloy Products to Avoid Stress Relaxation Cracking

Product Number: 51300-07421-SG
ISBN: 07421 2007 CP
Author: Lewis E. Shoemaker, Gaylord D. Smith, Brian A. Baker, and Jon Poole
Publication Date: 2007
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Various alloys subjected various heat treatments were examined in-service and tested to determine their susceptibility to stress relaxation cracking.
Picture for 07423 Control of Relaxation Cracking in Austenitic High Temperature Components
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07423 Control of Relaxation Cracking in Austenitic High Temperature Components

Product Number: 51300-07423-SG
ISBN: 07423 2007 CP
Author: Hans Van Wortel
Publication Date: 2007
$20.00

The research was focused to assess the key factors concerning relaxation cracking and how to control it. It included the effect of chemical composition of the base materials (both Fe and Ni base alloys), heat to heat variation, grain size, cold deformation, welding, operating temperature and heat treatments.
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