Leïla Salomon from the National Polytechnic Institute of Brittany develops a numerical simulation tool to optimize maritime design in Benin

Leïla Salomon, from the National Polytechnic Institute of Brittany, has developed a numerical simulation tool that allows for the optimization of floating structure design, overcoming the limitations of existing methods. This project, supported by preliminary results indicating that wave resistance can reach up to 40% of the total resistance, addresses the maritime challenges of Benin and West Africa.

Leïla Salomon's thesis, titled "Numerical Simulation of Free Surface Flows using the Finite Element Method," addresses a major issue for the maritime industry, particularly relevant for coastal countries in West Africa. The developed digital tools aim to overcome the limitations of methods based on Finite Volume formulations, which lack precision and speed, making maritime simulation essential in often unpredictable conditions.

By using the Finite Element method coupled with a Level-Set approach, Salomon has demonstrated a significant improvement in the modeling of fluid flows. Preliminary results show that wave resistance can reach up to 40% of the total resistance in rough maritime conditions, underscoring the importance of accurate simulation for the safety and efficiency of floating structures.

The implications of this research are strategic for decision-makers and investors in the maritime sector. The numerical simulation tool offers an opportunity to optimize the design of floating structures, thereby reducing operating costs and improving the durability of vessels. It is recommended to support the research and development of digital tools tailored to the needs of the maritime market in West Africa.

« "Wave resistance can reach up to 40% of the total resistance in rough maritime conditions, highlighting the importance of our simulation tool to optimize the safety and performance of floating structures," said Leïla Salomon. »

« "The tool developed by Leïla Salomon represents a significant advancement for access to advanced simulation solutions, essential for decision-makers in the maritime sector in West Africa," commented the Lektaris team. »