The Role of Zr in the High-Temperature Oxidation of Fe3Al
p.1103
p.1103
Why the Growth Rates of Alumina and Chromia Scales on Thin Specimens Differ from those on Thick Specimens
p.1111
p.1111
Impedance Spectroscopy Applied to Metal Corrosion Study in Silicate Melts
p.1119
p.1119
Manganese Effect on Isothermal High Temperature Oxidation Behaviour of AISI 304 Stainless Steel
p.1127
p.1127
In Situ Thermal Gradient Controlled Investigation of Spallation -Experimental Design and Preliminary Results
p.1135
p.1135
Ternary and Quaternary Interdiffusion in γ (fcc) Fe-Ni-Cr-X (X = Si, Ge) Alloys at 900°C
p.1145
p.1145
Kinetics of Some Iron-Based Alloys in Industrial CO2: Formation of Wüstite Phase
p.1153
p.1153
Cyclic Oxidation Behavior of Sputtered Nanocrystalline Coating with Yttrium Additions in Air
p.1163
p.1163
Use of the Sessile Drop Method to Understand the Behaviour of Self Healing Ceramic Matrix Composite
p.1173
p.1173
In Situ Thermal Gradient Controlled Investigation of Spallation -Experimental Design and Preliminary Results
Abstract:
Based on a coupled numerical and experimental approach, the design and implementation of an in situ thermal-gradient-controlled cyclic oxidation test, dedicated to the investigation of the TGO and TBC spallation, is presented. The influence of the specimen through thickness thermal gradient as well as the benefits of the video real-time monitoring of the cooling phase of an oxidation test is discussed in the case of the spallation of an alumina scale grown on FeCrAl alloys.
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Info:
Periodical:
Materials Science Forum (Volumes 595-598)
Pages:
1135-1143
Citation:
Online since:
September 2008
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