Anirban Guha

Academic, Lecturer (Teaching and Research), Lecturer in Fluid Mechanics (Teaching and Research)

University of Dundee

United Kingdom

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Anirban Guha is a Lecturer in Fluid Mechanics at the University of Dundee, UK. His research primarily focuses on fluid dynamics, specifically in areas such as stability analysis of shear flows, wave interactions, and the effects of offshore wind farm foundations on ocean currents. He has published several articles exploring complex topics like the interplay of interfacial Rossby waves and quantum mechanics, as well as mechanisms of Stokes drift in various fluid contexts.

Articles (15)

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2025

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2025

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2024

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2024

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2024

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2023

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2022

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2022

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2021

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2020

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2020

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2020

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2020

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2020

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2020

Collaborators (1)

Eyal Heifetz

ISRAEL

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Anirban Guha

Research Interests

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Articles (15)

Stability analysis of time-periodic shear flow generated by an oscillating density interface

Five-wave interactions in inertia-gravity waves

Blocking effects on mean ocean currents by offshore wind farm foundations

Relating interfacial Rossby wave interaction in shear flows with Feynman's two-state coupled quantum system model for the Josephson junction

Understanding Stokes drift mechanism via crest and trough phase estimates

de Broglie Normal Modes in the Madelung Fluid

A new Lagrangian drift mechanism due to current–bathymetry interactions

Resonant and near-resonant internal wave triads for non-uniform stratifications. Part 2

Modified Stokes drift due to resonant interactions between surface waves and corrugated sea floor with and without a mean current

Pairs of surface wave packets with zero-sum energy in the Hawking radiation analog

Energy transfer in resonant and near-resonant internal wave triads for weakly non-uniform stratifications. Part 1. Unbounded domain

Wave interactions in neutrally stable shear layers

Motion of buoyant point vortices

An inverse technique for reconstructing ocean’s density stratification from surface data

On the opposing roles of the Boussinesq and nonBoussinesq baroclinic torques in surface gravity wave propagation

Collaborators (1)

Eyal Heifetz

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