2025 Robotran master theses

Congratulations to our students who completed their master’s thesis using Robotran:

• Alexandre Vermeersch – Synthesis and prototyping of a pointing mechanism for a space application (in collaboration with Aerospacelab)
• Antoine Gourdange – A model-based approach to assessing suspensions in railway dynamics: curve negotiation and carbody deformation
• Antoine Lemaire – Multibody-based parameter identification of vehicle systems
• Corentin Guillin – Dynamic study of vehicles equipped with limited-slip differential: Comparison between open and Torsen differential
• Florian Rihoux – Modelling of multibody systems containing flexible beams: Implementation and comparison of various approaches
• Justin De Neuter – Modeling and Analysis of Cargo Bike Steering Systems
• Loïc Butera – Modélisation biomécanique du mouvement assis-debout : Analyse de l’influence de la posture
• Martin Debowski & Guillaume Deceuninck – Design and prototyping of an adaptable testbench for e-bikes development (collaboration with E2Drives)
• Nathan Schoepp – Tamping analysis : Assessment of 2D measuring technique and analysis of penetration speed
• Pauline Hanssens & Arnaud Wautier – Prototyping and characterisation of a bicycle with innovative CVT transmission
• Quentin Quoidbach – Analyse de l’impact de la dynamique du train sur la précision des mesures géométriques ferroviaires : Modélisation et validation expérimentale