High Temperature Corrosion and Protection of Materials 7

Volumes 595-598

doi: 10.4028/www.scientific.net/MSF.595-598

Paper Title Page

Authors: Djar Oquab, Daniel Monceau, Yannick Thebault, Claude Estournès

Abstract: MCrAlY coatings (where M = Co, Ni or Co/Ni) are widely used on turbine blades and vanes as oxidation and corrosion resistant overlays or as...

143
Authors: Daniel Renusch, Michael Schütze

Abstract: The modeling equations used for spallation prediction are becoming increasingly more sophisticated due to the consideration of a wider...

151
Authors: Dominique Poquillon, Nadia Vialas, Daniel Monceau

Abstract: A model using a finite elements code is developed to simulate degradation due to combined cyclic oxidation and interdiffusion in materials...

159
Authors: Emmanuel Rocca, Lionel Aranda, Michel Molière

Abstract: When ash-forming oils or contaminated distillate oils are used as fuels in land-based, marine or aero gas turbines, the hot gas path...

169
Authors: Mario Rudolphi, Daniel Renusch, Hans Eberhard Zschau, Michael Schütze

Abstract: Thermal barrier coatings used in airplane engines or land-based gas turbines can show catastrophic failure (i. e. spallation) typically...

177
Authors: K. Shirvani, Amir Firouzi

Abstract: The diffusion aluminide coatings are widely used in the air-cooling passages to protect their surfaces against high temperature corrosion....

185
Authors: James L. Smialek

Abstract: Alumina scale adhesion on high temperature alloys is known to be affected primarily by sulfur segregation and reactive element additions....

191
Authors: R.R. Mohanty, Yong Ho Sohn

Abstract: Evolution of interdiffusion microstructures was examined in ternary Ni-Cr-Al solid-tosolid diffusion couples using two-dimensional (2D)...

199
Authors: Prabhakar Mohan, Biao Yuan, Travis Patterson, Vimal Desai, Yong Ho Sohn

Abstract: In advanced gas turbine engines that operate in a dust-laden environment causing ingestion of siliceous debris into engines, thermal...

207
Authors: Aurélie Vande Put, Djar Oquab, Daniel Monceau

Abstract: During service, TBC can suffer degradation by CMAS, FOD, erosion or spallation. Whereas the first three are due to foreign particles, the...

213

Showing 21 to 30 of 134 Paper Titles