Preston Lee

Papers

Total Citations

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About

Preston Lee is a leading expert in non-destructive evaluation (NDE) and materials characterization for high-temperature gas turbine (GT) components. His most cited work introduces an innovative, non-destructive method for estimating in-service metal surface temperatures of coated GT parts—a critical challenge for ensuring the reliability and lifetime analysis of advanced airfoils during engine operation. By moving beyond traditional destructive metallographic techniques, Lee’s approach enables more accurate, real-world thermal assessments without compromising component integrity. This contribution has garnered 3 citations, reflecting its specialized impact within the turbine materials and NDE communities. Lee’s research bridges the gap between operational performance and material science, offering practical solutions for extending the life of costly GT components under extreme conditions. His work is particularly valuable for engineers and researchers focused on thermal barrier coatings, failure analysis, and predictive maintenance in aerospace and power generation. With a keen eye for applied innovation, Preston Lee continues to advance the field of in-service diagnostics, helping to shape safer and more efficient turbine operations.