The Internet of Things (IoT) paradigm is currently highly demanded in multiple scenarios and
in particular plays an important role in solving medical-related challenges. RF and …

The primary objective of the proposed work was to present a theoretical and computational
procedure to predict the effective elastic properties of a periodic honeycomb structure. In the …

Experimental and numerical studies of composite sandwich structures are warranted to reap
the benefits of these materials when they are well designed. In the current research, new …

Utilizing the multi-scale homogenization technique based on averaging theorems, three
methodologies are proposed for determining equivalent (effective) in-plane properties of …

A sandwich structure consists of a two thin and strong facesheets, bonded to a thick
lightweight core material. The mechanical response of a sandwich structure depends on the …

The composite sandwich structures are in great demand in aircraft, automotive and sports
industries because these materials possess light weight, high flexural strength and stiffness …

This study increases the strength of a honeycomb structure under a static load using an
innovative and integrated multi-objective optimization procedure. Using a uniform design of …

In this research, a computational technique is developed for determining effective in-plane
properties of hexagonal core honeycombs utilizing homogenization multi-scale technique …

Generally, the importance of bending test has been employed to analyse the induction level
of internal resistance of its larger face size of the test specimens. Comparatively, stress …

Sandwich plates with two thin stiff face-sheets and a soft center core have been used in
many constructions for which the dominating load is transverse bending. Many …