Thomas E. Dyson - Concepedia

Author

Thomas E. Dyson

The University of Texas at Austin

Also Known As

Dyson, Thomas Earl; Rathay, Nicholas William; Fredmonski, Adam John, Thomas Dyson, Thomas E. Dyson

Publications

498

Citations

H-Index

Concepts

All Affiliations

The University of Texas at Austin GE Global Research (United States)Whitney Museum of American Art Hartford Financial Services (United States)

About

Thomas E. Dyson is an author at The University of Texas at Austin specializing in thermal engineering, heat transfer, and engineering.

Top Concepts

#	Concept	H-Index	Publications	Citations
1	Engineering	12	14	449
2	Mechanical Engineering	11	12	406
3	Applied Physics	1	1	15
4	Materials Science	1	1	15
5	Physics	1	1	15

Thomas E. Dyson

Publications

449

Citations

H-Index

Page 1

	Year	Citations
Adiabatic and Overall Effectiveness for the Showerhead Film Cooling of a Turbine Vane Marc L. Nathan, Thomas E. Dyson, David G. Bogard, Journal of Turbomachinery EngineeringLiquid Metal CoolingMechanical EngineeringShowerhead Film CoolingHeat Pipe	2013	91
Sensitivity of the Overall Effectiveness to Film Cooling and Internal Cooling on a Turbine Vane Suction Side Randall P. Williams, Thomas E. Dyson, David G. Bogard, Journal of Turbomachinery EngineeringLiquid Metal CoolingMechanical EngineeringRefrigerationTurbine Airfoil	2013	72
Overall Effectiveness for a Film Cooled Turbine Blade Leading Edge With Varying Hole Pitch Thomas E. Dyson, David G. Bogard, J. D. Piggush, Journal of Turbomachinery Varying Hole PitchEngineeringWind Turbine BladesMechanical EngineeringOverall Effectiveness	2013	48
Effect of Internal Crossflow Velocity on Film Cooling Effectiveness—Part I: Axial Shaped Holes John W. McClintic, Joshua B. Anderson, David G. Bogard, Journal of Turbomachinery AeroacousticsCrossflow EffectEngineeringLiquid Metal CoolingFluid Mechanics	2017	40
Adiabatic and Overall Effectiveness for a Fully Cooled Turbine Vane Thomas E. Dyson, John W. McClintic, David G. Bogard, EngineeringEnergy EfficiencyMechanical EngineeringHeat PipeTurbine Vane Model	2013	32
Evaluation of CFD simulations of film cooling performance on a turbine vane including conjugate heat transfer effects Thomas E. Dyson, David G. Bogard, Sean D. Bradshaw International Journal of Heat and Fluid Flow AeroacousticsCfd SimulationsEngineeringAerospace EngineeringTurbulent Flow Heat Transfer	2014	27
Effect of Internal Crossflow Velocity on Film Cooling Effectiveness: Part I — Axial Shaped Holes John W. McClintic, Joshua B. Anderson, David G. Bogard, EngineeringFlow ControlLiquid Metal CoolingFluid MechanicsMechanical Engineering	2017	27
Effect of Internal Crossflow Velocity on Film Cooling Effectiveness—Part II: Compound Angle Shaped Holes John W. McClintic, Joshua B. Anderson, David G. Bogard, Journal of Turbomachinery Film Cooling HolesEngineeringLiquid Metal CoolingHeat ExchangerFluid Mechanics	2017	24
Effect of Internal Crossflow Velocity on Film Cooling Effectiveness: Part II — Compound Angle Shaped Holes John W. McClintic, Joshua B. Anderson, David G. Bogard, EngineeringLiquid Metal CoolingFluid MechanicsMechanical EngineeringInternal Crossflow	2017	21
Flow Physics of Diffused-Exit Film Cooling Holes Fed by Internal Crossflow John W. McClintic, Dale W. Fox, Fraser B. Jones, Journal of Turbomachinery Coolant FlowEngineeringHeat Transfer ProcessFlow PhysicsMixed Convection	2018	16

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