معرفی
Associate Professor Daniel Lester is affiliated with the School of Engineering at RMIT University in Melbourne, Australia. His research focuses on interdisciplinary engineering, fluid mechanics, and porous media transport phenomena. He specializes in chaotic mixing, thixotropic fluids, and computational methods applied to environmental and biomedical systems. Lester leads research projects on microplastic transport, wastewater sludge pipeline optimization, and droplet dynamics in human respiratory systems.
Research Interests
Lester’s work spans fluid dynamics, nonlinear dynamics, rheology, and environmental engineering. He investigates transport in porous media, heat transfer enhancement using ferrofluids, and aerosol dispersion modeling for infection control. His recent studies address challenges in groundwater flow, sludge pipeline transport, and colloidal suspension behavior under shear/compression.
Key Contributions
Lester has pioneered methods for quantifying solute dispersion in heterogeneous poroelastic media using Lagrangian coherent structures. His team developed stochastic frameworks for tidal effects in coastal aquifers and validated numerical models for chaotic advection in mineral processing systems. He collaborates on field trials to enhance reagent delivery via fluid mixing mechanisms.
Teaching
Lester teaches advanced courses in nonlinear dynamics, computational fluid dynamics, and rheology. His supervision spans 18 active/recent research projects including PhD/Masters topics on microplastic retention in wetlands, biological nutrient removal processes, and biomimetic filtration systems.
