Analytical and numerical simplified modeling of a single-lap joint

Modelling load transfer in single-lap adhesively bonded and hybrid (bolted / bonded) joints

“…The solution is not provided in the form of ready-to-use equations. In 2021, Nguyen and Le Grognec [61] enhanced the previous approaches by starting from the enrichment of the kinematics within the adhesive layer in order to describe the longitudinal stress and its variations along both the length and through the thickness of the adhesive joint. So, the adherends are represented by Timoshenko beams, and the adhesive layer is defined as a 2D continuous medium with polynomial dependence of the displacement fields with respect to the thickness.…”

“…Finally, it is indicated that some authors attempted to provide approximatedinstead of exact closed-form solutions using resolution schemes based on Fourier expansion series or Taylor expansion power series (TEPS) such as those published in Refs. [62][63][64] for example. The resulting equations are then not ready-to-use.…”

Behavior of Composite Parts Adhesively Joined With Single Lap Joint and Intermediated Material Under Tensile Load

“…Composite materials is preferred many industries, such as aircraft, aerospace, automotive, marine, sport equipment and various areas such as lightweight and excellent structural performance [1][2][3].The use of adhesive bonding for combining structures as different from other conventional methods is created many advantages. It enables a simple and efficient joint procedure while obtaining any weight decrease and limiting material failure [4]. Also, due to easy application and good mechanical properties of adhesives, there is also an increasing demand for adhesives for repairing and joining damaged parts [5].…”