Add to ORKGA plasma sprayed thermal barrier coating for diesel engines were fatigue tested. Candidate thermal barrier coating materials were fatigue screened and a data base was generated for the selected candidate material. Specimen configurations are given for the bend fatigue tests, along with test setup, specimen preparation, test matrix and procedure, and data analysis
The effects of coating TBC on a CF6-50 stage 2 high-pressure turbine blade were analyzed with respec...
Thermal barrier coating (TBC) system composing of bond coat, having two different metallic bond coat...
The effect of the bond coat on residual adhesion strength after thermal cycle fatigue was investigat...
Thermal Barrier Coatings (TBC's) provide a significant challenge in the evaluation of their mechanic...
The effects of the bond coat species on the delamination or fracture behavior in thermal barrier coa...
The results of thermal conductivity, thermal expansion and high cycle fatigue tests conducted on coa...
Thermal barrier coatings (TBCs) thermally insulate the substrate from high temperature exposure. Thi...
In this work, the thermal cycle fatigue behavior of an air plasma sprayed thermal barrier coatings w...
A two-layer thermal barrier coating system with a bond coating of nickel-chromium-aluminum-yttrium a...
Suspension plasma spraying (SPS) has become an interesting method for the production of thermal barr...
The objective of this program was to advance the fundamental understanding of thick thermal barrier ...
In this dissertation, fatigue behavior of a thermal barrier coating system applied to the turbine b...
The durability of thermal barrier coatings (TBCs) affects the life of the hot section engine compone...
An understanding of delamination mechanisms in thermal barrier coatings has been developed for diese...
This is the second annual report of the first 3-year phase of a 2-phase, 5-year program. The objecti...
The effects of coating TBC on a CF6-50 stage 2 high-pressure turbine blade were analyzed with respec...
Thermal barrier coating (TBC) system composing of bond coat, having two different metallic bond coat...
The effect of the bond coat on residual adhesion strength after thermal cycle fatigue was investigat...
Thermal Barrier Coatings (TBC's) provide a significant challenge in the evaluation of their mechanic...
The effects of the bond coat species on the delamination or fracture behavior in thermal barrier coa...
The results of thermal conductivity, thermal expansion and high cycle fatigue tests conducted on coa...
Thermal barrier coatings (TBCs) thermally insulate the substrate from high temperature exposure. Thi...
In this work, the thermal cycle fatigue behavior of an air plasma sprayed thermal barrier coatings w...
A two-layer thermal barrier coating system with a bond coating of nickel-chromium-aluminum-yttrium a...
Suspension plasma spraying (SPS) has become an interesting method for the production of thermal barr...
The objective of this program was to advance the fundamental understanding of thick thermal barrier ...
In this dissertation, fatigue behavior of a thermal barrier coating system applied to the turbine b...
The durability of thermal barrier coatings (TBCs) affects the life of the hot section engine compone...
An understanding of delamination mechanisms in thermal barrier coatings has been developed for diese...
This is the second annual report of the first 3-year phase of a 2-phase, 5-year program. The objecti...
The effects of coating TBC on a CF6-50 stage 2 high-pressure turbine blade were analyzed with respec...
Thermal barrier coating (TBC) system composing of bond coat, having two different metallic bond coat...
The effect of the bond coat on residual adhesion strength after thermal cycle fatigue was investigat...