Hangjian Ling

Assistant Professor

University of Massachusetts Dartmouth

United States

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Dr. Hangjian Ling is an Assistant Professor at the University of Massachusetts Dartmouth, USA. His research focuses on the dynamics of bubble formation and stability on superhydrophobic surfaces, with a particular interest in the effects of surfactants, gas flow rates, and surface textures. Recent publications include studies on bubble pinch-off, plastron restoration, and the impact of bubble dynamics on bacterial adhesion.

Articles (18)

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2025

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2025

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2025

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2022

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2022

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2021

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2021

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2020

Collaborators (3)

Ali Nosrati

University of Wisconsin-Milwaukee

UNITED STATES

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Nicholas Ouellette

Professor

Stanford University

UNITED STATES

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Shabnam Mohammadshahi

Assistant Professor

University of New Mexico

UNITED STATES

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Hangjian Ling

Research Interests

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About

Articles (18)

Effects of Reynolds number and texture dimensions on plastron stability of superhydrophobic surface with transverse grooves in turbulent flows

Bubble pinch‐off on biphilic and superhydrophobic surfaces

Effect of Surfactant on Bubble Formation on Superhydrophobic Surface in Quasi-Static Regime

Extend Plastron Longevity on Superhydrophobic Surface Using Gas Soluble and Gas Permeable Polydimethylsiloxane (PDMS)

Effect of gas flow rate on bubble formation on superhydrophobic surface

Dynamics of bubble formation on superhydrophobic surface under a constant gas flow rate at quasi-static regime

Impact of gas bubbles on bacterial adhesion on super-hydrophobic aluminum surfaces

Impact of sandpaper grit size on drag reduction and plastron stability of super-hydrophobic surface in turbulent flows

Velocity correlations in jackdaw flocks in different ecological contexts

Plastron restoration for underwater superhydrophobic surface by porous material and gas injection

Comparison of three-dimensional motion of bacteria with and without wall accumulation

Fabrication and characterization of super-hydrophobic surfaces based on sandpapers and nano-particle coatings

Impact of the Undersaturation Level on the Longevity of Superhydrophobic Surfaces in Stationary Liquids

Effect of hologram plane position on particle tracking using digital holographic microscopy

A General Model for the Longevity of Super-Hydrophobic Surfaces in Under-Saturated, Stationary Liquid

Improving axial localization of weak phase particles in digital in-line holography

Separating twin images in digital holographic microscopy using weak scatterers

Three-dimensional measurement of a particle field using phase retrieval digital holography

Collaborators (3)

Ali Nosrati

Nicholas Ouellette

Shabnam Mohammadshahi

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