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Michael T. Boyle

Emeritus Associate Professor
Mechanical Engineering

Professional Certifications

  • Qiskit Advocate
  • IBM Certified Associate Developer – Quantum Computation using Qiskit v0.2X

Collaboration Activities

  • Secondary Flow in a Gas Turbine Vane Passage, Textron
  • Endwall Convection Heat Transfer, Textron
  • Convection Heat Transfer Distribution on a Rectangular Semiconductor Component, National Semiconductor
  • Light Transmission and Passive Cooling of Flood Light Shrouds, Bath Iron Works
  • Superheated Steam Drying, Merrill Air Technology
  • Performance Prediction for a Hydro-Pneumatic Power Plant, Central Maine Power

Boyle, MT., “Dimensional Analysis for Package Designers,” Electronics Cooling, Volume 7, August 2001.

Boyle, MT. and Leclair, SE., “The Effects of Secondary Flows on the Convective Heat Transfer from a Heated Block in an Airstream,” Presented at the 1997 ASME National Heat Transfer Conference and published in the proceedings.

Boyle, MT. and Wardwell, SE., “The Three Dimensional Vortex System Near the Cover of a Rectangular Package Shape Mounted in a Duct”, Presented at the 1995 ASME National Heat Transfer Conference and published in the proceedings.

Boyle, MT., Simonds, M., and Poon, K., “A Comparison of Secondary Flow in a Vane Cascade and a Curved Duct,” ASME Journal of Turbomachinery, October 1989 (also presented at 1988 ASME Winter Annual Meeting).

Boyle, MT. and Langston, LS., “Asymmetrical Boundary Layer Separation at the Base of a Two-Cylinder Geometry,” ASME Journal of Fluids Engineering, May 1989 (also presented at 1988 ASME/AIAA First National Fluid Dynamics Congress).

Langston, LS. and Boyle, MT., “A New Surface-Streamline Flow-Visualization Technique,” Journal of Fluid Mechanics, Vol. 125, 1982.

Weinstein, S., Bowley, W., Ho, T. and Boyle, MT., “Extensibility Characteristics of the Human Cheek: A Pilot Study,” Journal of Dental Research, 62(3), March 1983.

Education

Ph.D., in Mechanical Engineering from The University of Connecticut, 1984
Portrait of Michael Boyle
Emeritus Associate Professor