معرفی
Dr. David Naylor is a Professor in the Department of Mechanical, Industrial, and Mechatronics Engineering at Toronto Metropolitan University, Faculty of Engineering and Architectural Science. His research focuses on heat transfer, laser interferometry, and computational fluid dynamics, with applications in energy efficiency and engineering education. He is actively involved in both experimental and numerical investigations of thermal systems.
Education:
- PhD, University of Western Ontario (1992)
- MESc, University of Western Ontario (1985)
- BESc, University of Western Ontario (1983)
Dr. Naylor's research interests center on convective heat transfer, particularly in building envelopes and nanofluids. He employs advanced optical techniques such as laser interferometry to visualize and quantify thermal fields. His work bridges experimental innovation with computational modeling, contributing to energy conservation and sustainable engineering solutions. He has developed a unique laser interferometer capable of real-time temperature field visualization, one of only a few such instruments in Canada.
His recent publications demonstrate a consistent focus on convection modeling, thermal measurement techniques, and building energy performance. Key themes include fenestration systems, isothermal boundary problems, and full-field visualization of nanofluids. These works appear in leading journals such as the International Journal of Thermal Sciences and Energy and Buildings, reflecting strong interdisciplinary engagement.
Scientific Awards:
- Engineering Medal for Research and Development, Professional Engineers Ontario (2014)
- Fellow, Canadian Academy of Engineering (2013)
- Fellow, Canadian Society for Mechanical Engineers (2004)
- Teaching Excellence Award, Faculty of Engineering and Architectural Science (2016)
Dr. Naylor has supervised graduate students and is currently available to advise new ones. He serves as Editor-in-Chief of the International Journal of Mechanical Engineering Education, highlighting his commitment to pedagogy. His research has been supported through institutional and professional recognition, though specific grants are not listed. He holds a professional engineering license (PEng) and continues to innovate in both research and teaching.
His laboratory work centers on experimental heat transfer using custom-built optical instrumentation. The laser interferometry setup enables high-precision, non-intrusive thermal measurements, forming the core of his research team’s experimental capabilities. This apparatus supports both fundamental fluid dynamics studies and applied energy conservation projects.
