Dr. Kasra Momeni
Associate Professor
Department of Mechanical Engineering
University of Alabama
Education
Postdoc — Materials Research Institute - The Pennsylvania State University (2016)
Ph.D./Postdoc — Aerospace Engineering - Iowa State University (2015)
M.Sc. — Mechanical Engineering - Sharif University of Technology (2008)
B.Sc. — Mechanical Engineering - KNT University of Technology (2006)
Background
Dr. Momeni’s main areas of expertise are solid mechanics and materials science, focusing on developing theoretical/numerical tools to understand multi-scale/physics response of materials and designing experimental procedures to make superior materials. Our group utilizes various modeling techniques, including atomistic simulations, mesoscale phase-field approach, and macroscale continuum methods, along with experimental techniques such as in situ TEM and scanning probe microscopy. We have developed an integrated software for multi-scale modeling of nanomaterials using classical/coarse-grained molecular dynamics, with an interactive 3D modeling environment and parallel computing capabilities.
Research Interests
- Accelerating Materials Innovation
- Synergistic Interaction among Computation, Experiment, and Theory
- Hierarchical Materials by Design
- Materials Genomics
- Multi-scale/physics Modeling
- Materials in Extreme Environments
- Materials for Energy Applications
- Additive Manufacturing
- Low-Dimensional Materials
- Materials for Water Purification
- Phase Transforming and Smart Materials
- High Performance Computing
News
Grants
- "Data-driven Materials Design for Point-of-Need Manufacturing," ASM Materials Education Foundation, PI: Kasra Momeni, $310,408 for three year (11/2021-11/2024)
- "CAREER: Hybrid Data-driven Synthesis by Design of Atomically Thin Quantum Materials," NSF-CAREER, PI: Kasra Momeni, $509.509 for five year (9/2020-8/2025)
- "Multimetallic Layered Composites (MMLCs) with Self-Generated Intermetallics for Safer and Economical Advanced Reactor Deployment," DoE-ARPA-E, co-PI: Kasra Momeni, $1,873,248 (share $390,495) for three year (5/2019-4/2022)
- "Informatics Enabled Materials Discovery and Additive Manufacturing (IE-MDAM)," NSF, co-PI: Kasra Momeni, $20,000,000 (share $285,305) for three year (5/2019-4/2022)
- "Integrated Computational and Experimental Optimization of Materials and Methods for In Space Manufacturing (ISM) of Lightweight Metal Alloys," NASA, co-PI: Kasra Momeni, $1,450,000 (share $420,000) for three year (5/2019-4/2022)
- "Designing an advanced versatile crucible for growing wafer size 2D metals," NSF, PI: Kasra Momeni, $57,410 for one year (12/2019-12/2020)
- "Integrated Computational Materials Design for Laser-based Additive Manufacturing of Alloys," ASM Materials Education Foundation, PI: Kasra Momeni, $218,427 for three year (11/2018-11/2021)
- "New Aluminum Alloys for In-Space Manufacturing: A Computational Approach," NSF-CIMM, PI: Kasra Momeni, $10,000 for one year (1/2020-12/2020)
- "A microstructure-informed continuum model for fatigue life prediction in printed aluminum parts," NSF-CIMM, PI: Kasra Momeni, $10,000 for one year (1/2020-12/2020)
- "A Phase-Field Model of Plastic Deformation for Multiscale Metal Forming Processes," NSF-CIMM, PI: Kasra Momeni, $10,000 for one year (1/2018-1/2019)
- "PASCO Comprehensive Materials Testing System," LaTech-COES, PI: Kasra Momeni, $16,000 for three month (1/2018-3/2018)
- "An Advanced Phase-Field Model of Microcrack Initiation for Alloys in Aerospace Applications using Direct Experimentation," LaSACE REA, PI: Kasra Momeni, $62,589 for one year (7/1/2017-8/31/2018)
- "Engineering Multifunctional Materials: Defects, Functionalization, and Microstructure," LONI, PI: Kasra Momeni, $127,049 for one year (4/1/17-4/1/18)
- "Modeling Growth Morphology of h-BN Using a Multiscale Approach," ATOMIC, co-PI: Kasra Momeni, $20,000 for one year (1/1/17-12/31/17)
- "Multiscale Modeling of Multifunctional Materials: Theory and Code Development," XSEDE, co-PI: Kasra Momeni, $32,204 for one year (3/15/17-3/14/18)
- "Multiphysics Model and Application Development for Controlled 2D Materials Growth," NSF-MIP, PI: Kasra Momeni, $18,078 for 1 year, (1/2017-1/2018)
- "An advanced phase-field approach to engineering laser-based 3D metal printing: effect of mechanics and interfaces," NSF-CIMM, PI: Kasra Momeni, $10,000 for 1 year, (1/2017-1/2018)
- "CFA-16-10667: A Coupled Experimental and Simulation Approach to Investigate the Impact of Grain Growth, Amorphization, and Grain Subdivision in Accident Tolerant U3Si2 Light Water Reactor Fuel," DOE-NEUP, co-PI: Kasra Momeni, $800,000 for 3 years (8/2016-7/2019)
- "A Multi-scale/Multi-physics Tool for Predicting Fatigue Crack Initiation and Propagation in Aircraft Structural Components using Coupled FEM Phase Field Approach," STTR, co-PI: Kasra Momeni, $160,000 for 13 month (1/2016-2/2017)
- "Developing a 3D Microstructure Reconstruction Capability in the Materials Computation Center," PennState Seed Funding, co-PI: Kasra Momeni, $12,000 for 4 month (11/2015-2/2016)
- "New Low-dimensional Multifunctional Materials: Defect Engineering and Functionalization," LONI, PI: Kasra Momeni, $18,150 for a year (10/01/2016-10/01/2017)
Awards and Honors
- Award from President's Office of Financial Support for Advanced Technologies for my book entitled Introduction to Nanotechnology (in Persian), ISBN: 964-5544-52-1.
- NSF CAREER Award 2020
- National Recognition Award of Louisiana Tech University for 2019
- Best Paper Prize of Institute for Micromanufacturing for 2017
- Iowa State University Zaffarano Prize Honorable Mention Award for 2015
- Iowa State University Research Excellence Award for 2015
- Graduate and Professional Student Senate Research Excellence Award for 2015
- Graduate and Professional Student Senate Teaching Excellence Award for 2015
- Iowa State University Teaching Excellence Award for 2014
- Aerospace Engineering Department Travel Grant, Spring 2013
- Aerospace Engineering Department Fellowship, Spring 2013
- NSF travel grant award to ASME IMECE 2012 conference (Rank 2nd)
- BRC travel grant, 2010, 2011
- Best undergraduate research award for my senior thesis entitled “Analysis of Mechanical Properties of Carbon Nanotube Reinforced Composites.”
- Top 1% in the National Entrance Exam for B.S. 2001, among 400,000 rivals
- Third top student in the National Entrance Exam for M.S. 2006