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Metal processing features

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Researchers must be aware of different variables and their possible interrelations in achieving the final PM product.

Multiscale modeling of direct metal laser sintering process

To make a sound defect-free component in DMLS process, it is required to understand the processing mechanism as well as the process parameter effect.

Tom Pelletiers, Vice-President of New Business Development at Kymera International, has spent his entire career in the PM industry.

A US-based 3D printing company is working with researchers to develop ‘disappearing’ magnesium parts.

Bilbao, capital of the Basque Region and the largest city in northern Spain, played host to the Euro PM2018 Congress and Exhibition.

This paper will describe how a fatigue model for PM steels can be developed.

An analytical formula is obtained describing the temperature dependence of the elastic modulus of a variety of materials.

new technologies aim to capture useful raw metals and materials from waste and by-products for sustainable reuse

The growing use of powder metallurgy (PM) processes is directly attributable to the opportunities they offer.

The recent MIM2018 Conference held in Irvine, California, was the most successful yet, with record-breaking attendance.

Metal Powder Report consulting editor Joseph Capus interviewed Dr Randall German about his outstanding academic career in PM.

Liz Nickels spoke to Desktop Metal, a US-based company that uses MIM-based 3D printing to make the technology more accessible to all.

This paper shows the advantages of having HIPing and Heat Treatment combined for Powder metallurgy parts.

This paper explores the possibilities of producing visually attractive cellular gold structures via two different powder metallurgical approaches.

Electro-Sinter-Forging is a novel sintering technology based on high density electric currents and sintering cycles shorter than a second.

The technology of powder forging (PF) gained significant development after the Second World War.

This paper describes some properties of the Fe-based materials infiltrated with tin bronze and Cu-based materials infiltrated with tin.

Steel alloy powder produced for AM has a relatively small market share.

Soft magnetic composites allow for revolutionized designs of electromagnetic devices to aid in improved efficiency and reduced weight and costs.

Consulting editor Ken Brookes suggests a few topics which might make interesting research projects for the EPMA Hard Materials Group.

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