In the face of fierce competition in the automotive market, severe environmental problems,
and the consistent enhancement of consumer demands for vehicle performance, research …

Delamination due to interfacial debonding between metal/composite is identified as a
potential failure mechanism of fiber metal laminates (FML). In the present study, titanium …

In this work, the mechanical behaviors under flexural loading of fiber–metal laminates
(FMLs) comprised of an aluminum alloy reinforced with glass fibers (GFs) and Kevlar fibers …

Fibre metal laminates (FMLs) can be widely used in structural (automobile, aerospace
industries, etc.) applications where performance enhancement (FMLs provide good impact …

In this work, theoretical and numerical studies of the dynamic response of a fiber–metal
laminate (FML) sandwich beam under uniform blast loading are conducted. On the basis of …

This study characterized the nonlinear tensile behavior of fiber metal laminates (FMLs).
FMLs comprise layers of thin metallic sheets and fiber-reinforced composite layers, and a …

Employment of distinct fibres (glass/carbon etc.) in Fibre Metal Laminates (FMLs) is one way
of enhancing the durable life of an FML and its performance under dynamic loads. In the …

Fibre metal laminates (FMLs) are advanced multilayered composite materials. In recent
days, the demand of using these materials increased rapidly in aerospace, structural and …