معرفی
Dr. Alexander Wray is a Lecturer in the Department of Mathematics and Statistics at the University of Strathclyde, Faculty of Science. His research focuses on the low-order modeling of multiphysics continuum systems, particularly in hydrodynamics, droplet dynamics, and free-surface flows. He actively leads and collaborates on multiple research projects involving droplet evaporation, thick film instabilities, and electrostatic control of interfacial phenomena.
His research interests include:
- Low-order modeling of thick liquid layers with inertia
- Dynamics of evaporating droplets (including non-circular and splitting drops)
- Suppression of the coffee-ring effect using electric fields
- Electrohydrodynamic instabilities in coating and falling films
- Asymptotic and analytical methods for fluid flow modeling
The recent publications highlight a strong trend in applying high-order asymptotic and reduced-order models to complex interfacial flows, particularly involving droplets and thick films under external fields. His work bridges applied mathematics, fluid mechanics, and industrial applications such as OLED manufacturing. He frequently publishes in high-impact journals like Physical Review E, Journal of Fluid Mechanics, and SIAM Journal on Applied Mathematics.
Scientific contributions and recognition:
- Principal Investigator on multiple funded projects including 'Multidrop Manufacturing Methods' and 'Making droplet analysis real-world ready'
- Co-investigator on several Doctoral Training Partnerships (Maths DTP) at Strathclyde
He supervises a number of PhD students and has mentored several postdoctoral researchers. His work involves close collaboration with leading researchers such as Stephen K. Wilson, D.T. Papageorgiou, and O.K. Matar. He is involved in both theoretical modeling and practical applications, particularly in industrial contexts involving droplet-based manufacturing. His research group focuses on developing predictive, computationally efficient models for complex fluid systems.
