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Evan Lieberman

Government of the United States of America - Los Alamos National Laboratory

Los Alamos, NM 87545

United States

  • Government of the United States of America - Los Alamos National Laboratory

SCHOLARLY PAPERS

3

DOWNLOADS

152

TOTAL CITATIONS

3

Scholarly Papers (3)

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1.

Statistical Evaluation of Microscale Stress Conditions Leading to Void Nucleation in the Weak Shock Regime

Number of pages: 56 Posted: 29 Nov 2024
Noah Schmelzer, Evan Lieberman, Nan Chen, Sam Dunham, Veronica Anghel, George Gray III and Curt Bronkhorst
University of Wisconsin-Madison, Government of the United States of America - Los Alamos National Laboratory, University of Wisconsin-Madison, University of Wisconsin-Madison, Government of the United States of America - Los Alamos National Laboratory, Government of the United States of America - Los Alamos National Laboratory and University of Wisconsin-Madison
Downloads 72 (860,052)
Citation 1

Abstract:

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Probability theory, crystal mechanics, pore nucleation, ductile damage

2.

Thermodynamically Consistent and Microstructure Informed Porosity-Based Dynamic Ductile Damage Model

Number of pages: 57 Posted: 14 Apr 2025
Noah Schmelzer, Evan Lieberman, George Gray III and Curt Bronkhorst
University of Wisconsin-Madison, Government of the United States of America - Los Alamos National Laboratory, Government of the United States of America - Los Alamos National Laboratory and University of Wisconsin-Madison
Downloads 41 (1,209,354)

Abstract:

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porosity, ductile damage, microstructure, nucleation, polycrystal, dynamic

3.

Quantifying Power Partitioning During Void Growth for Dynamic Mechanical Loading in Reduced Form

Number of pages: 49 Posted: 20 Dec 2024
Noah Schmelzer, Evan Lieberman, Nan Chen and Curt Bronkhorst
University of Wisconsin-Madison, Government of the United States of America - Los Alamos National Laboratory, University of Wisconsin-Madison and University of Wisconsin-Madison
Downloads 39 (1,209,354)
Citation 2

Abstract:

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Plasticity theory, ductile damage, pore growth, thermomechanics, dynamic