Fibre metal laminates (FML) are layered materials consisting of both metal and reinforced
composite layers. Due to numerous possibilities of configuration, constituent materials, etc …

Over the past few decades, adhesive joints have become increasingly popular. Adhesive
joint has attracted noteworthy consideration in various industries such as aerospace, marine …

Impact resistance is one of the basic properties of thin-walled coating structures that is of
vast importance in the aerospace industry. Being able to absorb the energy of impact force …

In this paper, mode II fatigue crack growth properties of the composite-to-steel interface are
characterised through different test configurations, namely ENF and 4ENF tests. Different …

Novel materials such as fiber-metal laminates (FMLs) have demonstrated significant
potential in a variety of applications. They must contend with problems such fatigue, creep …

In the problem of a crack lying in the interface between two dissimilar materials, the
mathematical expressions for the stress and displacement fields, derived from linear elastic …

The challenges and issues that arise in the fatigue crack growth characterization of
dissimilar joints due to multiple crack formation, suitable compliance and strain energy …

In the paper, a novel technique for highly dispersed pyrochlore Y2Ti2O7 is proposed. The
experimental results proved that the application of microwave irradiation at a certain stage of …

This study presents a combined experimental-numerical approach to predict the load-
displacement response of a steel/carbon fibre composite in bending-dominated forming. The …

Fiber Metal Laminates (FMLs), a class of hybrid materials combining the benefits of metals
and composites, have emerged as promising lightweight structural materials. Consequently …