Naga Musunuri

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UA Fort Smith

Also affiliated: Indiana Institute of Technology (2021–2023); New Jersey Institute of Technology (2013–2023)

2 h-index 30 pubs 6 cited

Research Areas

OverviewAI-generated summary

Naga Musunuri's research interests include fluid dynamics, specifically focusing on Marangoni flow induced by external factors such as raindrop impacts and solute sources in water bodies. Musunuri also investigates the transient velocity and temperature distributions during the evaporation of water drops on non-isothermal substrates. In addition to fundamental fluid mechanics, Musunuri has co-authored work on the development of Master's degrees in engineering, examining their role in enhancing graduate employability within specific regional contexts. This latter work reflects an interest in higher education and its connection to workforce development. Musunuri collaborates with Ying Shang and Mauricio Torres at the University of Arkansas – Fort Smith.

Metrics

h-index: 2
Publications: 30
Citations: 6

Selected Publications

Developing Master's Degrees in Engineering to Enhance Employability of Graduates in the Northeast Indiana Region (2026)

DOI OpenAlex
Marangoni flow induced in a waterbody by the impact of a raindrop (2023)

Mechanics Research Communications 1 citation DOI OpenAlex
Transient velocity and temperature distributions in a water drop evaporating on a non-isothermal substrate (2021)

Bulletin of the American Physical Society OpenAlex
Solutocapillary Marangoni flow induced in a waterbody by a solute source (2021)

Journal of Fluid Mechanics DOI OpenAlex
Directed self-assembly of dielectrically polydisperse nanoparticle suspensions into cohesive hierarchical patterns (2020)

APS Division of Fluid Dynamics Meeting Abstracts OpenAlex
Dynamical behavior of electrorheological suspensions (2019)

Bulletin of the American Physical Society OpenAlex
Capillarity driven hydrophilous pollination in ruppia maritima l. (widgeon grass, ruppiaceae) (2018)

Bulletin of the American Physical Society OpenAlex
Flow induced on a waterbody by a source (2017)

APS Division of Fluid Dynamics Meeting Abstracts OpenAlex
Experimental and theoretical studies of the streaming flow due to the adsorption of particles at a liquid surface (2017)

APS Division of Fluid Dynamics Meeting Abstracts OpenAlex
Study on the dispersion of particles at a fluid-liquid interface and its application in hydrophilous pollination (2017)

1 citation OpenAlex
Studies of Flow Induced on a Water Surface due to the Impingement of a Drop or a Water Source (2017)

DOI OpenAlex
Flow induced on a salt waterbody due to the impingement of a freshwater drop. (2017)

Bulletin of the American Physical Society OpenAlex
Numerical Simulations of Electric Field Driven Self-Assembly of Monolayers of Mixtures of Nanoparticles (2017)

DOI OpenAlex
Electric field induced self-assembly of monolayers of gold nanoparticles for surface enhanced Raman scattering applications. (2017)

Bulletin of the American Physical Society OpenAlex
Flow induced on a salt waterbody due to the impingement of a freshwater drop or a water source (2017)

Mechanics Research Communications 2 citations DOI OpenAlex