Kumar, R., Antonov, M., Beste, U., Goljandin, D.

Assessment of 3D printed steels and composites intended for wear applications in abrasive, dry or slurry erosive conditions

author

Kumar, Rahul, 1993-

Antonov, Maksim

Beste, U.

Goljandin, Dmitri

statement of authorship

Kumar, R., Antonov, M., Beste, U., Goljandin, D.

source

International journal of refractory metals and hard materials

publisher

Elsevier

journal volume number month

vol. 86

year of publication

2020

pages

art. 105126, 9 p. : ill

url

https://doi.org/10.1016/j.ijrmhm.2019.105126

subject term

3D-printimine

abrasioon (füüsika)

tootmine

komposiitmaterjalid

kulumiskindlus

keyword

3D printing

abrasion

additive manufacturing

dry and slurry erosion

metal matrix composites

vibenite

wear resistance

ISSN

0263-4368

notes

Bibliogr.: 30 ref

scientific publication

teaduspublikatsioon

classifier

1.1

Scopus

Journal metrics at Scopus

Article at Scopus

WOS

Journal metrics at WOS

Article at WOS

category (general)

Engineering

Materials science

category (sub)

Engineering. Mechanical engineering

Engineering. Mechanics of materials

Materials science. Metals and alloys

Materials science. Materials chemistry

Materials science. Ceramics and composites

kvartiil

TTÜ department

mehaanika ja tööstustehnika instituut

language

inglise

Uurimisrühm

Innovative systems for industrial applications

Wear resistant composites and coatings

Kumar, R., Antonov, M., Beste, U., Goljandin, D. Assessment of 3D printed steels and composites intended for wear applications in abrasive, dry or slurry erosive conditions // International journal of refractory metals and hard materials (2020) vol. 86, art. 105126, 9 p. : ill. https://doi.org/10.1016/j.ijrmhm.2019.105126