FAILURE MECHANISMS IN APS AND SPS THERMAL BARRIER COATINGS DURING CYCLIC OXIDATION AND HOT CORROSION

The results obtained for class-E power amplifier using GaN HEMT are; the power added efficiency (PAE) of 70 % with a gain of 13.0 dB at an output power of 43.0 dBm,

The study includes the investigation of several degrading mechanisms of TBCs during isothermal and cyclic high-temperature exposure: fatigue damage, interface TGO growth, in- fluence

Linköping Studies in Science and Technology Dissertation

There are certain limitations with the TCF testing of thermal barrier coatings. The conditions during TCF are isothermal i.e. the entire sample is at the same temperature

The only probable origin for the dipole is thus charge transfer between the organic material and the electrode across the surface, which is consistent with

Part II: Lifing aspects 83 Paper IV: Simulation of oxidation-nitridation-induced microstructural degradation in a cracked Ni-based superalloy at high temperature 97

Kang began his PhD research in Linköping (Sweden) from October 2010 after achieving his Bachelor’s degree in Beijing Institute of Technology in Beijing (China). His research is