Aidi Zhang (张艾迪)

Convection & Climate group, University of Chicago

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Welcome to my website! I am a postdoctoral scholar in the Convection & Climate group at the University of Chicago. My research focuses on the fluid dynamics of climate systems on Earth and other planets. Currently, I am investigating the dynamics of atmospheric rivers using the Community Earth System Model (CESM) and a two-layer shallow water model. You can read more about me here







# Climate: Atmospheric river
# Geophysical Fluid Dynamics: Anelastic flow, vortex dynamics
# Computational Fluid Dynamics: Pseudo-Spectral Method, High performance computing and MPI
# Planetary Science: Jupiter, Great Red Spot
# Outside academia: Photography/Hiking/stargazing/etc.



news

Nov 16, 2025 I will present our recent work on the how the atmospheric rivers evolve globally during the AMS 25th Conference on Atmospheric and Oceanic Fluid Dynamics in Houston. It will in the 3pm poster section on Jan 26th (Monday), 2026, for those interested. You can also find our preprint here
Nov 16, 2025 I will present our recent work on the how the atmospheric rivers evolve globally during AGU25 in New Orleans (A11D-02). It will in 271 New Orleans Convention Center, during 8:45 am-8:55 am, Dec 15th (Monday), 2025, for those interested. You can also find our preprint here
Nov 22, 2024 I will present our recent analysis on the dynamics of the atmospheric river (A41T-1868) during AGU24 in DC. It will at board 1868, Poster Hall B-C, during 8:30 am-12:20 am, Dec 12th (Thursday), 2024, for those interested.
Sep 10, 2024 I have started my postdoctoral position on atmospheric rivers in the Convection & Climate group at University of Chicago. A new journey begins!
Jan 6, 2024 I will discuss my GRS simulation and PV layering during the poster section (5 pm to 6 pm, Jan 15th (Monday), 2024) of the upcoming Layering workshop hosted by the Isaac Newton Institute for Mathematical Sciences, Cambridge.

latest posts

selected publications

2024

  1. JFM_GRS.jpg
    Stable three-dimensional vortex families consistent with Jovian observations including the Great Red Spot
    Aidi Zhang, and Philip S Marcus
    Journal of Fluid Mechanics, 2024