Project Info
Abrasive Wear Resistance Testing of Dual Phase Steels
Emmanuel De Moor | edemoor@mines.edu
Abrasive wear occurs on mechanical parts (e.g. on the blades and buckets of earth-moving
machinery and on production plant installations handling abrasive materials). Materials resistant to abrasive wear are therefore desirable in the industrial areas of agriculture, earth moving, excavation, mining, mineral processing, and transportation.
These industries consume increasing amounts of abrasion resistant materials due to the severity of abrasive wear on their equipment and machinery. Abrasive wear contributes to 63 pct of the financial cost associated with wear to the industry. The current project will examine high hardness microstructures generated by heat treating in the laboratory and their response using dry sand rubber wheel wear testing. Better performing materials would result in substantial operational cost savings in the field and reduced downtime for maintainance.
More Information
https://mountainscholar.org/handle/11124/79555
Grand Engineering Challenge: Not applicable
Student Preparation
Qualifications
- able to work safely in a laboratory environment
- physical metallurgy lab experience, mounting and preparing metallographic samples
- dry sand rubber wheel testing
- heat treating
Time Commitment
20 hours/month, flexible
Skills/Techniques Gained
-data analysis
-understanding microstructural evolution and heat treating response
-study of wear mechanism
-hardness testing
-metallography
Mentoring Plan
Weekly meetings and/or on a walk in basis
the student will also interact with other graduate students