Selected publications

Our internal-wave papers follow energy from source to consequence.

This is a selected internal-wave list, not an exhaustive publication database. We keep the complete and current record on Google Scholar.

Google Scholar

Recent and foundational work

Internal waves, topography, turning depths, and interactions.

2025
Paper figure schematic of the laboratory setup and evanescent-to-propagating wave regions

Internal wave generation in evanescent regions with variable stratification in experiments, simulations, and linear theory

Allison Lee, Kyle Hakes, Julie Crockett, Yuxuan Liu, Michael Allshouse. Experiments in Fluids. DOI

2024
Internal-wave field generated by oscillating rough topography

Internal wave field generated by oscillating rough topography

Natasha Wilson, Julie Crockett. Experiments in Fluids. DOI

2024
Paper figure showing internal-wave fields generated by asymmetric topographies

Internal waves generated from asymmetric topographies

Kyle Hakes, Julie Crockett. Experimental Thermal and Fluid Science. DOI

2020
Paper figure comparing experimental and simulated internal-wave fields near a turning depth

Evanescent to propagating internal waves in experiments, simulations, and linear theory

Allison Lee, Kyle Hakes, Yuxuan Liu, Michael R. Allshouse, Julie Crockett. Experiments in Fluids. DOI

2019
Turning-depth internal-wave visualization

Turning depths: evanescent to propagating wave kinetic energy density

Allison Lee, Julie Crockett. Physical Review Fluids. DOI

2014
Paper figure showing colliding internal wave beams and harmonic flow fields

Experiments on nonlinear harmonic wave generation from colliding internal wave beams

Sean Smith, Julie Crockett. Experimental Thermal and Fluid Science. DOI

2012
High-frequency internal wave interaction with an enveloped inertia wave

Investigation of high-frequency internal wave interactions with an enveloped inertia wave

Brian Casaday, Julie Crockett. International Journal of Geophysics. DOI