Because of its inherent properties, the use of thermoplastic composites is expanding in a
number of industries, including aerospace, rail transportation, and wind power generation …

This study investigated the low-velocity impact behaviors of intralaminar hybrid carbon/glass
braided composite pipes under internal pressure. The effects of intralaminar fiber layout and …

Current work presents the first investigation on the Mode II fracture toughness of room
temperature curable acrylic Elium® resin and toughened Elium® IM with 10% weight …

In recent years, the growing environmental awareness has prompted increased attention
towards the substitution of nonrecyclable thermosetting epoxy resin composite materials …

The current research presents the details of the impact properties of novel all-thermoplastic
composite structures with different thermoplastic fabrics like ultra‐high molecular weight …

Perforation in cylindrical shells is commonly a typical technique to fulfill relevant functional
requirements. However, how the perforation influence the mechanical performance of …

Enhancing the interlaminar fracture toughness of composites significantly improves their
load bearing capacity and structural integrity over longer service life by improving their …

Current research investigates the manufacturing and bonding characteristics of wholly
thermoplastic composites with thermoplastic fibres and acrylic Elium® resin and toughened …

Based on the material nonlinearity of carbon fiber reinforced composites (CFRC) obtained in
previous work, including frequency and strain dependence of material parameters, the …

In this paper, with 3 kinds of carbon fiber unidirectional composite beams as test specimens,
a test system based on the resonance method is established to test both the frequency …