Emmanuel Bellenger

Emmanuel Bellenger serves as Professor at the University of Picardie Jules Verne within the Faculty of Engineering, leading research at LTI - Laboratoire des technologies innovantes. His career spans computational mechanics with specialization in Discrete Element Method (DEM) applications for complex material systems.

Research focuses on thermal conductivity modeling of heterogeneous media, composite material behavior, and electromechanical systems for industrial diagnostics. His innovative 'Halo approach' improves stress field prediction in DEM simulations, while recent work extends to rehabilitation technology using motion analysis. Current projects include digital twins for ball bearings and thermal management systems for automotive applications.

Scientific contributions span 92 publications with significant impact in computational mechanics. Key achievements include:

• Development of DEM-FEM coupled approaches for multi-physics modeling
• Numerical frameworks for thermal conductivity prediction in composites
• Electromechanical coupling models for bearing diagnostics
• Real-time assessment methods for rehabilitation exercises

Professor Bellenger's work bridges theoretical mechanics with industrial applications, particularly in automotive components and advanced materials. His laboratory maintains active research in granular media simulation and composite failure analysis, with recent expansion into biomedical applications.