Free and forced vibration characteristics of composite sandwich beams with single‐core
(SC) and dual‐core (DC) are investigated in this study. The wet hand‐layup technique is …

Restoring mobility using prosthetic limbs anchored in custom sockets is the primary goal of
amputee rehabilitation. The contact pressure at the stump-liner interface is critical for …

Composite sandwich structures have been used in various applications like aerospace,
automotive, and maritime sectors. The process of identifying the core design and the …

Honeycomb structures serve as the core of sandwich structures in various industries, such
as aerospace and rail transit. In this study, a novel design was introduced where hexagonal …

Sandwich composite materials with corrugated cores are mostly used in industries like
aircraft, marine construction, automobiles, and construction. Sandwich composite …

Given the tight relationship between the effective material qualities of honeycomb cellular
structures and their geometric cell configurations, these attributes play an important role in …

The present study examines the vibration characteristics of GFRP sandwich beams
incorporated with cellular co-continuous architected periodic gyroidal bio-inspired cores …

The usage of sandwich structures has been increasing in the field of defense, transportation,
and aerospace applications due to the many advantages like, thickness to mass ratio, high …

Nimonic80A is one of the hard-to-cut superalloy materials. However, machining the same
remains difficult. The present study's objective is attained by taking surface quality and tool …

Inspired by the microstructures of horsetails, a series of novel bio-honeycombs are proposed
by introducing the microstructure of horsetails into regular hexagonal honeycomb (RH) cells …