Preprints

Pomerenk, Olivia and Kenneth S. Breuer. ''A minimal wake-vortex model explains formation flight of flapping birds.'' arXiv:2602.22043 (2025).

Publications

Pomerenk, Olivia and Leif Ristroph. "Quasi-steady aerodynamics predicts the dynamics of flapping locomotion." arXiv:2508.19899 (2025). Accepted and in press, Journal of Fluid Mechanics.

Pomerenk, Olivia and Charles S. Peskin. "State change via one-dimensional scattering in quantum mechanics." Physica Scripta 101 (2026), p. 025201.

Pomerenk, Olivia and Leif Ristroph. “Aerodynamic equilibria and flight stability of plates at intermediate Reynolds numbers.” Journal of Fluid Mechanics 1014 (2025): A24.

Zhu, Xintong, Olivia Pomerenk, and Leif Ristroph. "Geometrically modulated contact forces enable hula hoop levitation." Proceedings of the National Academy of Sciences 122.1 (2025), e2411588121.

Pomerenk, Olivia et al. "Hydrodynamics of finite-length pipes at intermediate Reynolds numbers." Journal of Fluid Mechanics 959 (2023): A28.

Bruce, Robert et al. "Contrasting transport and electrostatic properties of selectively fluorinated alkanethiol monolayers with embedded dipoles." The Journal of Physical Chemistry C 122.9 (2018), pp. 4881–4890.

Workshop Proceedings, Reports, and Other (not peer-reviewed)

Pomerenk, Olivia. "Modeling, simulation, and experiments of levitation dynamics and flow-structure interactions." (2025). Doctoral dissertation, New York University.

Bongiovanni, Evan et al. "One algorithm to rule them all." Cambridge Open Engage. doi:10.33774/coe-2025-4z248 (2025). Proceedings of the SIAM Mathematical Problems in Industry Workshop.

Adriazola, Jimmie et al. "Model inversion for complex physical systems using low-dimensional surrogates." (2024). Proceedings of the SIAM Mathematical Problems in Industry Workshop. Read the full report here.

Almonacid, Javier et al. "Modeling and evaluating risk for fire." (2023). Proceedings of the SIAM Graduate Student Mathematical Modeling Camp. Read the full report here.

Pomerenk, Olivia. "Comparing clustering algorithms for graphs." Caltech Student-Faculty Programs. (2017). Read the full report here.