This paper delineates additive friction stir deposition, which offers a solid-state deformation processing route to metal additive manufacturing and renders fully-dense material with fine, equiaxed microstructures in the as-printed state.
A new twinning mechanism, transformation twinning, was discovered in a Ti–6Al–4V alloy fabricated by selective laser melting. The resulting high density of transformation twins impact the global mechanical properties significantly.
The annual MRL Impact Award is established since this year, 2021, by MRL Editorial Office. The aim of MRL Impact Award is to recognize distinguished accomplishments that makes substantial contribut...
We are delighted to announce the CiteScore 2020* for Materials Research Letters is 13.6, which ranks it 31st out of 455 journals in the General Materials Science category.We would like to thank the...
Professor Chunyi Zhi will join the Editorial Board of Materials Research Letters (MRL) in April 2021. Professor Zhi is ...