Michael E. Crawford
Papers
3
Total Citations
39
H-Index
2
About
Michael E. Crawford is a leading researcher in the thermal management of gas turbines, with a focused expertise on high-resolution heat transfer measurements within turbine stages. His work is critical for engine designers striving to improve turbine efficiency and durability. Crawford’s primary contributions center on developing and applying advanced measurement techniques to quantify thermal loads on stator endwalls—the complex surfaces where stationary vanes meet the turbine casing. His most-cited paper, "High Resolution Heat Transfer Measurements on the Stator Endwall of an Axial Turbine" (2014), with 32 citations, provides essential data for optimizing cooling strategies in high-pressure turbines. He further advanced the field by introducing a novel technique to measure heat transfer on contoured endwalls with non-uniform thermal resistance (2015), addressing the aerodynamic and cooling challenges posed by modern, shaped endwall designs. By enabling more accurate prediction of thermal loads, Crawford’s research directly supports the development of more efficient, longer-lasting gas turbine engines, making his work a valuable resource for both academic researchers and industry engineers.
Research Focus
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