Benoit Laveau
Papers
3
Total Citations
39
H-Index
2
About
Benoit Laveau is a researcher specializing in gas turbine thermal management and aerodynamics, with a particular focus on the complex heat transfer processes occurring within turbine stages. His work is centered on improving the efficiency and durability of modern gas turbines by developing high-resolution measurement techniques to characterize thermal loads on critical components like stator endwalls. Laveau’s most-cited paper (2014, 32 citations) provides detailed heat transfer measurements on the stator endwall of an axial turbine, offering engine designers essential data to optimize cooling strategies and manage thermal stresses. He has also advanced experimental methods, notably introducing a high-resolution heat transfer measurement technique for contoured endwalls with non-uniform thermal resistance (2015), which addresses the aerodynamic benefits of endwall contouring while accounting for the impact of purge air flow. This work is vital for controlling secondary flows and enhancing coolant efficiency, directly supporting the push for higher turbine performance. Laveau’s contributions are instrumental in bridging the gap between aerodynamic design and thermal management, making his research a valuable resource for engineers and researchers working on next-generation gas turbine technologies.
Research Focus
Key Achievements
Top Papers
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