Hygrothermal durability of Elium® glass–carbon hybrid laminates: Role of stacking architecture and data-driven sensitivity analysis
Published online on May 05, 2026
Abstract
Proceedings of the Institution of Mechanical Engineers, Part L: Journal of Materials: Design and Applications, Ahead of Print.
Hybrid glass–carbon laminates are attractive for marine and humid-service structures, but their durability in hot–wet environments is strongly controlled by stacking architecture. This study investigates the flexural and thermomechanical response of Elium®...
Hybrid glass–carbon laminates are attractive for marine and humid-service structures, but their durability in hot–wet environments is strongly controlled by stacking architecture. This study investigates the flexural and thermomechanical response of Elium®...