This presentation lists a few sources of open access articles and theses in the field of tribology and gives some examples of articles available online about high-stress abrasion and impact-abrasion of steels and how to assess them through utilizing various wear testing methods.
Introduction to Artificial Intelligence and History of AI
Open access literature on tribology (with examples on heavy abrasive and impact-abrasive wear and wear testing)
1. Open access literature on
tribology
(with examples on heavy abrasive
and impact-abrasive wear and
wear testing)
Vilma Ratia
2. Full texts online (follow the links to journal
pages or university library repositories)
• Tampere University of Technology TUTCRIS Research
Portal, having many tribology-related dissertations
available online:
https://tutcris.tut.fi/portal/en/front.html
• Finnish Journal of Tribology, a peer-reviewed open
access journal by The Finnish Society for Tribology:
https://journal.fi/tribologia
• Tribology Online, a peer-reviewed open access journal
by Japanese Society of Tribologists:
https://www.jstage.jst.go.jp/browse/trol/
3. Behavior of Martensitic Wear Resistant
Steels in Abrasion and Impact Wear
Testing Conditions
• Doctoral thesis on the behavior of martensitic wear
resistant steels in abrasive and impact abrasive
conditions
• Several different abrasive wear testing methods were
used for assessing the wear properties in different
abrasive conditions
• In-depth analysis on the factors affecting impeller-
tumbler type wear testing combining impact and
abrasion
• Full text available in Tampere University of Technology
library repository:
• http://URN.fi/URN:ISBN:978-952-15-3627-4
4. Effect of abrasive properties on the high-
stress three-body abrasion of steels and
hard metals
• Not all rock types cause similar wear in the component
– how are the rock properties affecting the wear in
steels and WC-Co hardmetals?
• We tested this with four different rock species: granite,
quartzite, tonalite and gneiss, all of which have
different hardness and crushability, and observed the
differences on how they attack the materials in high-
stress abrasive wear
• Full text available in Finnish Journal of Tribology, a peer-
reviewed open access journal by The Finnish Society for
Tribology:
• https://journal.fi/tribologia/issue/view/3255/13
5. Effect of Finish Rolling and Quench Stop
Temperatures on Impact-Abrasive Wear
Resistance of 0.35 % Carbon Direct-Quenched
Steel
• How finish rolling and quench stop temperatures affect
the wear resistance in steel subject to impact and
abrasive wear
• Full text available in Finnish Journal of Tribology, a peer-
reviewed open access journal by The Finnish Society for
Tribology:
• https://journal.fi/tribologia/article/view/59344
6. Compressive crushing of granite with
wear-resistant materials
• Several wear-resistant materials including steels and
WC-Co hardmetals were tested with uniaxial
compressive crusher device
• Full text available in Finnish Journal of Tribology, a peer-
reviewed open access journal by The Finnish Society for
Tribology:
• https://journal.fi/tribologia/issue/view/3258/19
7. High-Stress Abrasion and Impact-Abrasion
Testing of Wear Resistant Steels
• On the testing of heavy abrasive and impact-abrasive wear
in with several different methods utilising natural stone as
abrasive media
• How the choice of method affects the evaluation of the
materials
• Full text available in Tribology Online (J-stage), a peer-
reviewed open access journal by Japanese Society of
Tribologists:
• https://www.jstage.jst.go.jp/article/trol/8/2/8_152/_article
8. The Role of Edge-Concentrated Wear in
Impact-Abrasion Testing
• On how wear varies across the surfaces between the
edge and inner, planar part of the blocks in
environment, where the material is subjected to
impacting and abrading contact
• Full text available in Tribology Online (J-stage), a peer-
reviewed open access journal by Japanese Society of
Tribologists:
• https://www.jstage.jst.go.jp/article/trol/11/2/11_410/
_article