Quantification of Flow-Induced Deformation in Porous Geomaterials
Talk at Mickey Leland Energy Technical Forum, Pittsburgh, PA
CV
Education
- B.S. in Applied Mathematics, University of North Carolina, Chapel Hill, with Honors, 2019
- Minor in Women’s and Gender Studies
- Deans List, Phi Beta Kappa
- Ph.D Candidacy in Applied Mathematics, Statistics, and Scientific Computing, University of Maryland, College Park, 2022
- Advised by Dr. Jacob Wenegrat
- Flagship Fellowship, Hauptman Summer Fellowship
Research experience
- July 2020 - Present: Graduate Research Assistant
- Dept. of Atmospheric and Oceanic Sciences, Univ. of Maryland
- Projects:
- Exploration of Internal Wave Breaking and Mixing in the Bottom Boundary Layer
- Investigation into Ekman Arrest Interactions with Internal Waves on a Slope
- Implementation of Immersed Boundary Method within Oceananigans’ LES code
- Supervisor: Dr. Jacob Wenegrat
- Sep 2016 - Jul 2019: Undergraduate Research Assistant
- Joint Applied Math and Marine Science Fluids Lab, Univ. of North Carolina
- Projects:
- Diffusion Anomalies in Fluids with Salt-Stratified Densities
- Construction of a Multi-Probe Conductivity Meter using Raspberry Pis
- Diffusion Effects of Falling Spheres through Stratified Salts
- Supervisors: Drs. Richard McLaughlin, Roberto Camassa
- May 2018 - Aug 2018: Mickey Leland Energy Fellow
- National Energy Technology Laboratory, Morgantown, WV
- Projects:
- Quantification of Flow-Induced Deformation in Porous Geomaterials
- Supervisor: Dr. Sarah Brown
Skills
- Large Eddy Simulation (LES)
- Languages
- Julia, Python, Bash
- Computational Software
- MATLAB, Mathematica, Latex, GitHub
- 3D Image Processessing Software
- ImageJ, BoneJ, PerGeos, ilastik, iMorph, Blob3D
Talks
Multi-Component Diffusion Study and Stability Analysis
Talk at UNC Honors Thesis Defense, Chapel Hill, NC
Submesoscale Instabilities of the Bottom Boundary Layer in the Presence of Internal Tides
Poster at Ocean Sciences Meeting 2022, Virtual and Honolulu, HA
Immersed Boundary Methods for Simulating Topography in Ocean Applications
Talk at AMSC Graduate Student Seminar, College Park, MD
Breaking internal waves on sloping topography: connecting parcel displacements to overturn size and interior-boundary exchanges
Poster at The Burgers Program for Fluid Dynamics Symposium, College Park, MD
Breaking internal waves on sloping topography: connecting parcel displacements to overturn size, interior-boundary exchanges, and mixing
Talk at Oceans Lunches, Virtual
Breaking Internal Waves on Sloping Topography: Connecting Parcel Displacements to Overturn Size, Interior-Boundary Exchanges, and Mixing
Talk at Ocean Sciences Meeting 2024, New Orleans, LA
Breaking Internal Waves on Sloping Topography: Connecting Parcel Displacements to Overturn Size, Interior-Boundary Exchanges, and Mixing
Talk at U.S. Naval Research Laboratory, Stennis Space Center, MS
Teaching
Service and leadership
- Jan 2020 - Present: Director of Girls Talk Math Camp
- Aug 2023 - Present: Chair, Social/ Seminar Lead of Graduate Student Committee of AMSC, MATH and STAT
- Aug 2020 - Present: First Year Mentor for AMSC Program
- Jul 2020 - May 2023: President, Treasurer of Women in Mathematics
- Aug 2022 - May 2023: President of AMSC Student Council