Ceramic Reliability for Microturbine Hot Section Components

Reliability Evaluation of Microturbine Components
- Dr. H. T. Lin

Long-Term Testing in Water Vapor Environments
- Dr. H.T. Lin/Dr. Matt Ferber

Reliability Analysis of Microturbine Components
- Dr. Stephen Duffy

NDE Technology Development
- Dr. Bill Ellingson

   Characterization of Advanced Ceramics for Industrial and Microturbine Applications

Oxidation/Corrosion Characterization of Monolithic Si3N4 and EBCs
- Dr. Karren More

Microstructural Characterization of CFCCs and Protective Coatings
- Dr. Karren More

 

   Monolithic Ceramics and High Temperature Coatings

Kennametal’s Hot-Section Material Development
- Russell Yeckley

Saint-Gobain Hot-Section Materials Development
- Robert Licht

Environmental Protection Systems for Ceramics in Microturbines and Industrial Gas Turbine Applications,

Slurry Coatings and Surface Alloying
- Beth Armstrong

High-Temperature Diffusion Barriers for Ni-Based Superalloys
- Dr. Bruce Pint

   Recuperator Alloys/Heat Exchangers

Advanced Alloys for High-Temperature Recuperators
- Dr. Philip Maziasz

Recuperator Alloys — Composition Optimization for Corrosion Resistance
- Dr. Bruce Pint

Recuperator Materials Testing
- Dr. Edgar Lara-Curzio

Characterization of Porous Graphite Foam as Material for Compact Recuperators

-Dr. Tony Straatman & Beth Armstrong

 

   Materials for Advanced Reciprocating Engines

Development of Corrosion Resistant Spark Plugs

-Dr. H.-T. Lin

Advanced Materials for Exhaust Components for Reciprocating Engines
- Dr. Philip Maziasz

Development of Catalytically Selective Electrodes for NOx and Ammonia Sensors
- Dr. T. Armstrong

Characterization of Advanced Ceramics for Industrial and Microturbine Applications

Ceramic Reliability for Microturbine Hot Section Components