The use of adhesive joints has gathered increasing interest in recent years due to their
advantages over conventional bonding techniques, namely lighter structures and decreased …

The inhomogeneous and anisotropic nature of CFRP presents a challenge achieving
accurate simulations largely due to limitations of current material constitutive relationship, in …

The present study provides a nonlocal beam model for the stress analysis of beams bonded
with modulus adhesives using Peridynamic Least Square Minimization (PDLSM) and …

Adhesive joining is currently a very popular joining method. This increases the necessity for
better strength prediction tools to aid in the design of these joints. Currently, Cohesive Zone …

This study investigates elastic flexural behavior of adhesively bonded similar and dissimilar
beams using Refined Zigzag Theory (RZT) and Peridynamic Differential Operator (PDDO) …

The increased usage of adhesive joints over traditional joining techniques results in a need
to develop good designing tools for this type of joint. The most common method to predict …

Modern transportation, medical, and leisure equipment are often manufactured with non-
metallic and composite materials bonded with adhesives. Numerical analyses of these joints …

In this work, a numerical methodology based on a meshless technique is proposed to
predict the fracture propagation in Double Cantilever Beam (DCB) adhesive joints. The …

Nowadays, adhesive bonding is an essential joining technique in top-end sectors, such as
aircraft, automotive, and construction industries. Due to their advantages over traditional …

Adhesive bonding is a joining technique with an increasing number of applications in the
industry. Being crack induced fracture a major failure mode, a new methodology to predict …