Experimental results are shown which demonstrate that the properties of plasma sprayed fully stabilized zirconia are strongly influenced by the process parameters. Properties of the coatings in the as-sprayed condition are shown to be additionally influenced by environmental exposure. This behavior is dependent on raw material considerations and processing conditions as well as exposure time and temperature. Process control methodology is described which can take into consideration these complex interactions and help to produce thermal barrier coatings in a cost effective way while meeting coating technical requirements
This research was directed at developing the fundamentals that will facilitate the fabrication of ai...
Thermal barrier coatings (TBC's) applied to the hot gas components of turbine engines lead to enhanc...
This is the second of two reports which discuss initial experiments on thermal barrier coatings prep...
The effects of process parameters on thermal barrier coating formation and microstructural propertie...
Thermal barrier coatings were produced using both Ar and N\u2082 as the primary plasma gas. Various ...
Development of Thermal Barrier Coating (TBC) systems will allow higher combustion temperature which ...
This research was directed at developing fundamental understandings of the variables that influence ...
This research was directed at developing fundamental understandings of the variables that influence ...
Yttria stabilized zirconia was atmospherically plasma sprayed using various processes parameters inc...
This research is intended to develop a novel process, solution-precursor plasma-spray (SPPS), for th...
This research is intended to develop a novel process, solution-precursor plasma-spray (SPPS), for th...
The process parameters to apply a plasma sprayed, partially stabilized zirconia ceramic thermal barr...
Naturally occurring zircon sand was plasma spray coated on steel substrates previously coated with N...
Naturally occurring zircon sand was plasma spray coated on steel substrates previously coated with N...
Naturally occurring zircon sand was plasma spray coated on steel substrates previously coated with N...
This research was directed at developing the fundamentals that will facilitate the fabrication of ai...
Thermal barrier coatings (TBC's) applied to the hot gas components of turbine engines lead to enhanc...
This is the second of two reports which discuss initial experiments on thermal barrier coatings prep...
The effects of process parameters on thermal barrier coating formation and microstructural propertie...
Thermal barrier coatings were produced using both Ar and N\u2082 as the primary plasma gas. Various ...
Development of Thermal Barrier Coating (TBC) systems will allow higher combustion temperature which ...
This research was directed at developing fundamental understandings of the variables that influence ...
This research was directed at developing fundamental understandings of the variables that influence ...
Yttria stabilized zirconia was atmospherically plasma sprayed using various processes parameters inc...
This research is intended to develop a novel process, solution-precursor plasma-spray (SPPS), for th...
This research is intended to develop a novel process, solution-precursor plasma-spray (SPPS), for th...
The process parameters to apply a plasma sprayed, partially stabilized zirconia ceramic thermal barr...
Naturally occurring zircon sand was plasma spray coated on steel substrates previously coated with N...
Naturally occurring zircon sand was plasma spray coated on steel substrates previously coated with N...
Naturally occurring zircon sand was plasma spray coated on steel substrates previously coated with N...
This research was directed at developing the fundamentals that will facilitate the fabrication of ai...
Thermal barrier coatings (TBC's) applied to the hot gas components of turbine engines lead to enhanc...
This is the second of two reports which discuss initial experiments on thermal barrier coatings prep...