Gwladys Belone proposes simplified methods for the sizing of pressure equipment at IRDL

Gwladys Belone, a researcher at the National Polytechnic Institute of Brittany, has developed innovative sizing methods for pressure equipment aimed at reducing buckling risks. This advancement, validated by the ABES/STAR network, addresses crucial industrial safety challenges in Benin and beyond by integrating often-overlooked geometric imperfections.

Gwladys Belone's thesis addresses the buckling of pressure equipment (PE), a major issue for industrial safety. Shell-type structures are particularly vulnerable to failures due to compressive stresses, which can lead to serious accidents. Existing sizing methods do not always account for geometric imperfections, making equipment more likely to fail under pressure.

To overcome this scientific barrier, Belone has developed calculation methods that incorporate the effects of geometric imperfections. These new approaches allow for a more precise evaluation of the buckling resistance of shells, thus providing better risk anticipation. Although key figures are not available, this research represents a significant advancement in the field.

The implications of this research are strategic for decision-makers and the industrial sector. By adopting these new sizing methods, companies can improve the safety of their pressure equipment, thereby minimizing the risk of accidents. Investors are encouraged to support the integration of these innovations to capitalize on the growing market for secure equipment.

« « My sizing methods take into account geometric imperfections, allowing for a more accurate assessment of the buckling resistance of pressure equipment, » says Gwladys Belone. »

« « The integration of new sizing methods is essential to enhance industrial safety and meet current challenges, » emphasizes the Lektaris team. »