Affiliation:
1. Korea Electronics Technology Institute
2. Jeonju University
3. Chosun University
Abstract
Combustion gas of gas turbine is about 1100 ~ 1300 °C. Is doing TBC(Thermal Barrier Coating) on the base metal surface to protect rotor or blade from high temperature flame. TBC system reduced heat transfer as metal base metal. TBC system is divided by bond coating of prevent oxidation and corrosion and Top coating reduced of heat transfer by high Temperature flame.
The objective of this study was to development of an advance TBC system for high Temperature (>1350°C) gas turbine components. Used coating powder developed newly in coating process, and more than 1350°C by parameter control in usable coating method develop. Internal studies looked at the effect of TBC coating thickness, material chemistry, substrate composition, surface temperature and bond coat as-sprayed surface profile/particle size on technical performance.
Publisher
Trans Tech Publications, Ltd.
Reference2 articles.
1. Anand Kulkarni, A. Vaidya, A. Goland, S. Sampath,H. Herman, Processing Effects on Porosity-property Correlations in Plasma Sprayed Yttria stabilized Zirconia coatings Materials and Engineering A359 (2003) p.100~111.
2. L. Xie, M. Dorfman, A. Cipatria,. Paul, I. OGolosnoy, T.W. Clyne; Properties and Proformance of High Purity Thermal Barrier Coatings, ITSC Conference Proceedings: Global Coating Solutions, May 14-16 (2007) p.423~427.
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2 articles.
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