Alessandro Lenci

Marie Skłodowska-Curie Fellow, Department of Civil, Chemical, Environmental, and Materials Engineering, Alma Mater Studiorum Università di Bologna

Visiting Scholar, Energy Science and Engineering, Doerr School of Sustainability, Stanford University

Visiting Scholar, Géosciences Rennes CNRS – Université de Rennes

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About Me

I am a Marie Skłodowska–Curie Actions (MSCA) Fellow with a PhD in Fluid Mechanics, specializing in flow and transport in subsurface geological formations. My current research, conducted within the MSCA Global Postdoctoral Fellowship GEONEAT, focuses on physics-based and stochastic modeling of flow, heat transfer, and anomalous transport in fractured systems, in collaboration with Stanford University, the University of Bologna, and Géosciences Rennes.

GEONEAT (Complex Fluids in Fractured Geological Media for Enhanced Heat Transfer, score: 100/100) focuses on the development of physics-based and stochastic models for flow and transport in fractured geothermal systems. My work investigates the interplay between fluid rheology, fracture-scale heterogeneity, and fracture–matrix interactions, with particular emphasis on anomalous transport and non-local effects. A key objective is to exploit the non-linear rheology of complex fluids to enhance heat tracer tests and improve the inference of structural and transport properties through inverse modeling.

Featured Article

Effects of Wall Roughness on Coupled Flow and Heat Transport in Fractured Media

Journal of Fluid Mechanics (2026)

My background

My research focuses on the interplay between fracture-scale heterogeneity and the non-Newtonian rheology of complex fluids, such as biopolymers and foams, in controlling flow and transport in geological media. These fluids are relevant to a range of subsurface applications, including enhanced oil and gas recovery and the delivery of remedial amendments. I am also interested in the mechanics of gravity currents in porous media and free-surface flows, with applications to underground carbon storage and aquifer remediation. In parallel, I have contributed to several national and European research projects at the University of Bologna, including WATERGY, GST4Water, BRIGAID, StopUP, and MAR2PROTECT.

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