Anton Chyrkin
My research is mainly focused on high-temperature corrosion of metallic materials such as Ni-base superalloys widely used in the gas turbine technology as well as protective coatings for single-crystal turbine blades. My previous studies aimed at developing novel modelling approaches to quantitatively describe the degradation phenomena in high-temperature materials to better understand the underlying corrosion mechanisms as well as to predict lifetime limits of these materials in given applications. Currently, I am involved in developing a novel workstation for in-situ studies of corrosion processes and analysis of the nano-scale corrosion products. Currently, I work in the SOFC project studying fundamental aspects of degradation mechanisms related to oxidation of high-alloyed ferritic steels exposed to dual atmospheres.
Showing 13 publications
Intergranular oxidation of additively manufactured Ni-base alloy 625: The role of Si
Effect of Hydrogen on the Internal Oxidation of a Pd–Cr Alloy in Dual-Atmosphere Conditions
High temperature oxidation of AISI 441 in simulated solid oxide fuel cell anode side conditions
Interdiffusion in cmsx-4 related ni-base alloy system at a supersolvus temperature
Creep of single-crystals of nickel-base γ-alloy at temperatures between 1150 °C and 1288 °C
Modeling in High Temperature Corrosion: A Review and Outlook
Stability of External alpha-Al2O3 Scales on Alloy 602 CA at 1100-1200 A degrees C
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Showing 1 research projects
Investigating carbon-induced dual atmosphere corrosion