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Ami Ahure Powell (Fed)

Mechanical Engineer

Dr. Louise Ami Ahure Powell leads the Hardness Standardization Project. She manages the Hardness Standardization Facility and develops programs to ensure national and international consistency in hardness measurements. Her work supports the calibration of hardness reference materials and standardizing machines, contributing to the accuracy and reliability of mechanical property measurements across industries. Dr. Ahure Powell represents the U.S. on international standards committees focused on hardness testing and plays a key role in the development and maintenance of standards through collaboration with global metrology and quality systems organizations.

Dr. Ahure Powell has a strong technical background in composite materials, with prior research experience using digital image correlation (DIC) for strain mapping and fluorescence microscopy to study damage mechanisms at the microscale.

Beyond her technical work, Dr. Ahure Powell is actively engaged in professional societies, including being a Voting Director and a mentor for the Society for the Advancement of Material and Process Engineering (SAMPE).

Research Interests:

Material characterization, mechanical testing, hardness testing, instrumented indentation testing

Professional Activities:

  • US Delegate to the BIPM CCM-WGH (Working Group on Hardness)
  • Member of ASTM E28 (Mechanical Testing) and E04 (Metallurgy)
  • Chair of ASTM E28.94.03 TC164/ SC3  (Technical Advisory Group on Hardness Testing)
  • Voting Member of ASTM E28.06 (Indentation Hardness Testing) and E04.05 (Microindentation Hardness Testing)
  • Member of ISO / TC 164 (Mechanical Testing of Metals)
  • Voting Member of ISO / TC 164 / SC 3 (on Hardness Testing) 

 

Awards

ASTM International Emerging Professional, 2024

NIST NRC Postdoctoral Fellowship (2018) centrally funded

Vertical Flight Foundation (VFF) Hal Andrews Scholarship, 2009

Society for the Advancement of Material and Process Engineering (SAMPE) University Research Symposium Winner, 2009

American Institute of Aeronautics and Astronautics (AIAA) Mid-Atlantic Regional Research Award Recipient, 2009

Publications

An autonomous design algorithm to experimentally realize three-dimensionally isotropic auxetic network structures without compromising density

Author(s)
Meng Shen, Marcos Reyes-Martinez, Ami Ahure Powell, Mark Iadicola, Abhishek Sharma, Fabian Byléhn, Nidhi Pashine, Edwin P. Chan, Christopher Soles, Heinrich Jaeger, Juan de Pablo
Auxetic materials have a negative Poisson's ratio and are of significant interest in applications that include impact mitigation, membrane separations and
Created July 30, 2019, Updated March 21, 2025