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https://www.nist.gov/people/steven-p-mates
Steven P. Mates
Current Research Interests:
High strain rate mechanical testing
Time-dependent mechanical response of rapidly-heated metals
Jake T. Benzing, William E. Luecke, Steven P. Mates, Dirk Ponge, Dierk Raabe, James Wittig
The present work investigates the room temperature tensile properties of a cold-rolled Fe-12Mn- 3Al-0.05C (% by mass) steel designed to have a multi-phase
Jeffrey Swab, Wayne Chen, James Hogan, Hangjie Liao, Calvin Lo, Steven P. Mates, Christopher Meredith, John Pittari, Richard Rhorer, George Quinn
The dynamic compressive strength of a commercial alumina was determined by five participants using the Split-Hopkinson pressure bar (SHPB) method with a
Steven P. Mates, Eran Vax, Richard Rhorer, Mark R. Stoudt
In the machining process, the workpiece undergoes large plastic deformation at high strain rate and is heated rapidly by plastic work and friction. Rapid
Steven P. Mates, Homar Lopez-Hawa, Wilfredo Moscoso-Kingsley, Vis Madhavan
The flow stress of aluminum alloy Al6061-T6 produced by conventional thermomechanical methods has been investigated under the application of strains up to 80 %
The dynamic compressive strength of ceramic armor materials is difficult to obtain experimentally due to the sensitivity of fracture strength to even small