Material Extrusion-Based Additive Manufacturing Process (ME-AMP) via Fused Filament
Fabrication (FFF) offers a higher geometric flexibility than conventional technologies to …

A novel shear and normal deformations theory is presented in this article to illustrate the
wave propagation and free vibration of three-layer sandwich curved beams subjected to …

Abstract Recently, Additive Manufacturing (AM) of metal components has opened new
frontiers in heat transfer applications, going beyond the capabilities of conventional …

The physically based constitutive modeling, simulation and experimental of a superplastic
forming and diffusion bonding (SPF/DB) process were studied for the manufacture of a …

Wave springs have better properties than helical springs in terms of load bearing capacity,
mass, energy absorption efficiency, and stiffness. Currently, available wave springs have …

The current study focuses on designing the optimal three-dimensional printed sandwich
structures. The main goal is to improve the energy absorption capacity of the out-of-plane …

This study sets out to realize the prediction of microstructure evolution and mechanical
properties of the TC31 alloy four-layer structure formed by the superplastic forming/diffusion …

Investment casting combined with the additive manufacturing technology enables
production of the thin-walled elements, that are geometrically complex, precise and can be …

Honeycomb sandwich structures were widely used in lightweight design. However, the
difficulties with the fabrication process actually highly limit their practical usage, especially …

Additive manufacturing (AM), often known as 3D printing, is a fast-growing fabrication
technology that is rapidly displacing traditional manufacturing due to its capacity to …