DC 1: Thermo-mechanical behaviour of EGs in challenging geological conditions.

Doctoral Candidate

Bruna Tosin

Bio

Bruna Tosin is from Brazil and is currently a PhD candidate at the University of Lille within the GENIUS Doctoral Network, with a background in civil, geotechnical and structural engineering.
Bruna holds a bachelor’s degree in Civil Engineering from São Paulo State University (UNESP) and an MSc in Geotechnical Engineering from the University of São Paulo (USP), Brazil. During her master’s, she developed a strong interest in shallow geothermal energy and energy geostructures. Her research focused on the thermal performance of full-scale thermoactive retaining walls constructed in tropical unsaturated soils, involving field thermal testing and temperature monitoring using distributed fibre optic sensing and Pt-100 sensors.
Before starting her PhD, Bruna worked as a geotechnical and structural engineer in Brazil, contributing to major infrastructure, mining, industrial and transportation projects. Her experience includes the design of shallow and deep foundations, retaining structures, slope stability and soil–structure interaction analyses. She also gained field engineering experience through the technical monitoring of construction works for São Paulo Metro Line 6, alongside the geotechnical and structural design of stations and ventilation shafts, including permanent reinforced concrete structures.
Within GENIUS, her research focuses on the thermo-mechanical behaviour of energy geostructures under challenging geological conditions, with particular emphasis on energy micropiles. Through experimental and numerical investigations, her PhD aims to better understand the response of energy micropiles under combined thermal and mechanical loading and contribute to their design and implementation as sustainable foundation systems.

Host Institution
University of Lille (France)
Main Supervisor
Aim

Investigate thermo-mechanical (TM) behaviour of EGs (like piles and EMPs) in challenging geological conditions such as quick clays and carbonates rocks (e.g., Chalk), for optimizing their design for production and storage.

Specific Objectives
  1. Conduct detailed geotechnical and thermal characterization of quick clays and chalk, Develop advanced numerical model.
  2. Design and implement field and laboratory experiments for validation.
  3. Assess the performance of EMPs in terms of efficiency, durability, and stability.
  4. Develop practical design guidelines for the implementation of EGs in challenging geological conditions.
Secondment
  • Norwegian University of Science and Technology (Norway)
  • AcessSOL Group (France)
  • Gustave Eiffel University (France)
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This project is funded by the European Union as part of the Horizon Europe programme, Marie Skłodowska-Curie Actions Doctoral Networks (MSCA-DN) 2024 and under the Agreement number 101226708

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