Development, application and evaluation of the Laser Surface Texturing (LST) process in tooling for the metalworking industry
- ,
- Karla Aviña-Camarena,
- ,
- Marlene Vizcarra
- ,
- Universidad de Monterrey
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Abstract
•In this research the effects of tribological performance through the implementation of
microcavities by applying Laser Surface Texturing (LST) technique on tool steel for metalmechanic industry are evaluated
• The study is performed by varying the microcavities’ geometries and lubricant type (water-based or oilbased). PVD coating was introduced as comparison.
• For tribological evaluation, a block-on-ring configuration was used.
• The experimental design parameters are proposed and evaluated to identify the best
tribological performance (coefficient of friction – COF and wear).
microcavities by applying Laser Surface Texturing (LST) technique on tool steel for metalmechanic industry are evaluated
• The study is performed by varying the microcavities’ geometries and lubricant type (water-based or oilbased). PVD coating was introduced as comparison.
• For tribological evaluation, a block-on-ring configuration was used.
• The experimental design parameters are proposed and evaluated to identify the best
tribological performance (coefficient of friction – COF and wear).
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Research Output:
Contribution to conference
Poster
Peer-reviewOriginal language
EnglishPublication milestones
- Published - 15/04/2019
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Published - 15/04/2019
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Wear of Materials Conference
