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OSPool Project

Baylor_Zhang

Principal Investigator

Dalong Zhang

Organization

Baylor University

Field of Science

Engineering

Description

The title of the project we are investigating is "Mechanistic Understanding on in-situ Formation and Dispersion of Oxide Particles During Friction-based Manufacturing". We are investigating how nano-scale metallic oxide particles increase the stength of metallic materials. In this case, we are working with magnesium metal alloys. https://www.nsf.gov/awardsearch/show-award/?AWD_ID=2538809

1,499

Jobs Ran

10,607

CPU Core Hours

1,041

GPU Hours

22

Contributing Institutions

Contributing Institutions

Jobs by Institution
  • Portland State University — 624 (41.6%)
  • Montana State University — 287 (19.1%)
  • University of Notre Dame — 229 (15.3%)
  • Saint Louis University — 157 (10.5%)
  • College of New Jersey — 115 (7.7%)
  • Syracuse University — 20 (1.3%)
  • University of Wisconsin–Madison — 18 (1.2%)
  • University of Utah — 16 (1.1%)
  • University of Chicago — 8 (0.5%)
  • University of Nebraska System — 7 (0.5%)
  • North Carolina State University — 3 (0.2%)
  • University of Arkansas at Little Rock — 3 (0.2%)
  • Fermi National Accelerator Laboratory — 2 (0.1%)
  • Rhodes College — 2 (0.1%)
  • Colgate University — 1 (0.1%)
  • Other — 7 (0.5%)
Map of Contributing Institutions