High temperature oxidation kinetics of Ni-based alloys for aero-engine exhaust components
This thesis investigates the high-temperature oxidation kinetics of two nickel-based superalloys produced via additive manufacturing (AM), referred to as alloy A and alloy B, in comparison to the conventionally cast superalloy MAR-M 247. The study focuses on oxide scale growth, morphology, and depletion zone development under semi-isothermal conditions at temperatures below 900°C and 1000°C over e
