The reduction of both energy consumption and production/maintenance costs in the industry
requires the use of advanced engineering materials with remarkable features, including …

Composite structures are made of multidirectional (MD) fiber-reinforced polymer (FRP)
composite laminates, which fail due to multiple damages in matrix, interface, and fiber …

Interface delamination is a significant damage mechanism in fiber-reinforced polymer (FRP)
laminated composites caused by interlaminar normal and shear stresses. This is due to the …

The weak interfaces in fiber-reinforced polymer (FRP) composite laminates often dictates the
reliability of the composite structures. In this respect, a new cyclic cohesive zone model …

Shear-dominated delamination is among one of the most common damages types. Deep
understanding of the mode II fatigue delamination growth (FDG) behaviour is critically …

As a light structure, composite sandwich panels are distinguished by their significant
bending stiffness that is rapidly used in the manufacture of aircraft bodies. This study focuses …

Polymer composite frame has been frequently used in the main structural body of vehicles in
aerospace, automotive, etc., applications. Manufacturing of complex curved composite frame …

The mechanical behavior of graphene/polymer interfaces in the graphene-reinforced epoxy
nanocomposite is one of the factors that dictates the deformation and damage response of …

The stiffness response or load-deformation/displacement behavior is the most important
mechanical behavior that frequently being utilized for validation of the mathematical …

Metallic structures are increasingly being replaced by fiber-reinforced composites for the
design of advanced structures with superior mechanical and physical properties. Fibrous …