Abstract Wire+ Arc Additive Manufacture (WAAM) has been shown to be suitable for
manufacturing large-scale metallic parts. However porosity in the deposited aluminum …

Hybrid in situ rolled wire+ arc additive manufacturing (HRAM) is a potential 3D printing
method that combines traditional wire and arc additive manufacturing (WAAM) with in situ …

In the last decade, integrated computation of corrosion has made significant progress
towards the atomic-scale clarification of corrosion mechanisms and computer-aided …

Inter-layer plastic deformation is an effective method to improve the mechanical properties of
wire arc additive manufacturing (WAAM) components. In this study, the inter-layer …

Additive manufacturing has advantages of cutting the time from design to making new parts
but it suffers from metallurgical defects such as porosity. For example, wired arc additive …

Many additively manufactured (AM) materials have properties that are inferior to their
wrought counterparts, which impedes industrial implementation of the technology. Bulk …

Void elimination through mechanical closure remains of prime importance for industrial
applications. This paper presents a critical review on a large number of studies dealing with …

The application of wire+ arc additively manufactured (WAAM) aluminum alloys has been
restricted by the porosity defect, which is generally detrimental to the mechanical properties …

The wire with a composition of Alsingle bondCu4. 3% single bondMg1. 5% was customized
and used to deposit the WAAM alloy with the power source of cold metal transfer. The …

In this study, a detailed evaluation on the effects of different surface finishing processes, hot
isostatic pressing (HIP) and heat treatments on the fatigue performance of SLMed Ti-6Al-4V …