Metallic materials additive manufacturing (AM) has gained significant progress in the last
decade. The worldwide sales of metal AM machines and system upgrades in 2019 is …

Additive Manufacturing (AM) has gained increasing prominence and had the most
significant commercial impact in the aerospace sector in the last few years. The adoption of …

Additive manufacturing (AM) processes have been shifting from primarily prototyping
products to the production of fully functional end parts and components. An understanding of …

Additive Manufacturing is progressively increasing its footprint in several applications from
aerospace to medical and from automotive to power generation. First components, fully …

Offshore industry assets are capital intensive and downtime can have severe financial
consequences. Additive manufacturing (AM) based supply chains can potentially offer …

Additive Manufacturing (AM) presents new opportunities and potential pitfalls to the Oil and
Gas Market. Currently, additive manufacturing is not a production route addressed by ANSI …

Additive manufacturing is a method to manufacture 3D shape of resin or metal. Searching
proper manufacturing condition and evaluating mechanical property and microstructure of …

This thesis describes advances in aspects of deposition process control, mechanical
performance optimisation and improved material property development, undertaken for high …

ABSTRACT Additively manufactured (AM) Nickel, Titanium and Cobalt base alloys have
been intensively developed for turbine, sour gas and medical applications. It was previously …

Additive manufacturing (AM), also known as three-dimensional (3D) printing of materials,
has gained popularity in recent years. AM can be used to produce customized products with …