D. Boutonnet
Papers
1
Total Citations
37
H-Index
1
About
D. Boutonnet is a leading figure in trajectory optimization and large-scale logistics, best known for tackling one of the most complex transportation challenges in modern engineering. His seminal 2005 work, "Trailer-truck trajectory optimization - The transportation of components for the Airbus A380," earned 37 citations and addressed the monumental task of moving the six massive components of the world’s largest passenger aircraft across Europe. Boutonnet’s key research areas include nonholonomic motion planning, multi-trailer vehicle dynamics, and constrained path optimization. His major contribution lies in developing algorithms that compute feasible, collision-free trajectories for oversized loads through intricate road networks, balancing vehicle stability with tight spatial constraints. This work directly enabled the logistical backbone of the Airbus A380 program, demonstrating how theoretical optimization can solve real-world industrial puzzles. Boutonnet’s impact extends beyond aerospace, influencing autonomous trucking and heavy-haul transport. His research remains a cornerstone for engineers designing systems that must maneuver unwieldy cargo through congested environments, proving that even the most daunting logistical problems can yield to rigorous mathematical modeling.
Research Focus
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Top Papers
- 1