Maître de conférences, Institut FEMTO ST, France
Anne Maynadier is an Associate Professor at IUT de Besançon Vesoul, University of Franche-Comté, specializing in applied mechanics and hydrogen storage 🔋. She obtained her PhD in Engineering from LMT Cachan, focusing on thermomechanical coupling in shape memory alloys 🏗️. She has held academic positions at INSA Lyon and UFC/FEMTO-ST Institute, contributing to mechanical field measurements and solid-state hydrogen storage research. She has supervised multiple PhD theses, led key research projects, and actively participated in hydrogen energy outreach programs 🌍.
Profile
🎓 Education:
2009-2012 – PhD in Engineering, LMT Cachan, focusing on thermomechanical coupling in shape memory alloys 📊 2005-2009 – ENS Cachan, Mechanical Engineering, specializing in materials mechanics 🔧 Master’s in Mechanics of Materials (MAGIS) – Advanced training in mechanical behavior of materials 📚 2003-2005 – Preparatory Classes (PTSI-PT), Lycée Jean Dupuy ✏️ 2003 – Scientific Baccalaureate, Engineering Sciences Option, Mention B 🎓
💼 Experience:
2015-Present – Associate Professor at IUT Besançon Vesoul, UFC/FEMTO-ST Institute, focusing on hydrogen storage research ⚙️ 2013-2015 – Associate Professor at INSA Lyon/LAMCOS, specializing in mechanical field measurements and fracture mechanics 🏗️ 2012-2013 – Postdoctoral Researcher at UFC/FEMTO-ST Institute, working on thermomechanical coupling in materials 2009-2012 – PhD Researcher at LMT Cachan, studying kinematic and thermal field measurement in shape memory alloys 📊
🏆 Awards & Honors:
1st Place (2008) – External Agrégation in Mechanical Engineering 🏆 Grant Recipient – Multiple research funding awards from CNRS, Bourgogne-Franche-Comté Region, and EIPHI 💰 Organizer & Committee Member – International Summer School (2022), JNC Conference (2023), Hydrogen Research Networks 🌍 STEM Outreach Advocate – Active in “Women in Science” and “La SI au féminin” initiatives 👩🔬
🔍 Research Focus:
🔬 Hydrogen Storage – Investigating solid-state hydrogen storage using intermetallic hydrides 🔋 Thermomechanical Field Measurement – Advanced DIC & IR techniques for material analysis 📸 Fracture Mechanics – Researching photovoltaic silicon wafer failure mechanisms 🏭 Hydride Bed Simulation – Studying self-fragmentation (decrepitation) in hydrogen reservoirs 📡 Sustainable Energy Solutions – Developing safe and efficient hydrogen storage systems for clean energy 🌱
Publications
Underlying Causes of the Improved Storage Properties of TiMn1,5 by Annealing Treatment
Multiscale Elastic Modulus Characterization of Ti0.5Fe0.45Mn0.05, an Iron–Titanium–Manganese Alloy Dedicated to Hydrogen Storage
Hydrogen Storage: Different Technologies, Challenges and Stakes. Focus on TiFe Hydrides
Conclusion
Anne Maynadier is a strong candidate for the Best Researcher Award, given her pioneering contributions to hydrogen storage research, extensive academic impact, and leadership in scientific outreach. While international collaborations, high-impact publications, and industry engagement could further strengthen her profile, her expertise and dedication make her a deserving nominee.