Yannick Argouarc'H develops a 3D method to assess the wear of marine anchor chains

Yannick Argouarc'H from the National Polytechnic Institute of Brittany has developed a three-dimensional measurement method to assess the wear of marine anchor chains, essential for the safety of maritime infrastructures. This innovation allows for the identification of wear areas and anticipates failures, thus offering targeted maintenance solutions.

Research on the wear of marine anchor chains is crucial, especially in light of the aging of maritime infrastructures. These chains, subjected to mechanical forces and corrosion, require precise monitoring. The method developed by Yannick Argouarc'H uses 3D scanners to provide a detailed assessment of damage, allowing for a better understanding of degradation mechanisms.

By regularly scanning the anchor chains, this approach allows for the localization of material loss and the identification of areas of increased wear due to environmental factors. Although precise figures are not available, integrating this data into a predictive model could transform the management of maritime infrastructures by optimizing maintenance interventions.

The implications of this research are significant for maritime infrastructure managers. By adopting this method, they can reduce maintenance costs and extend the lifespan of equipment. The innovation in monitoring anchor chains could also attract the attention of investors, given the growing demand for advanced maintenance solutions.

« « Thanks to the use of 3D scanners, we can now precisely identify the wear areas on anchor chains, which is essential for planning effective maintenance interventions. » »

« « The integration of advanced technologies like 3D scanners in the monitoring of maritime infrastructures represents a significant advancement for decision-makers, allowing them to access critical data for risk management. » »