Kuldeep Singh

Assistant Professor

Kent State University

United States

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Dr. Kuldeep Singh is an Assistant Professor at Kent State University in the United States. His research areas include fluid dynamics in porous media, sediment transport, and the environmental impacts of contaminants. His recent publications focus on topics such as the mechanical properties of additively manufactured materials, non-linear flow in rough fractures, and the effects of sediment size on flow dynamics. Dr. Singh's work contributes to a deeper understanding of transport processes in various geological and environmental settings.

Articles (14)

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2025

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2025

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2025

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2024

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2022

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2021

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2021

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2020

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2020

Collaborators (3)

Robert L. Cook

Louisiana State University

UNITED STATES

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Joseph Ortiz

Professor with Tenure

UNITED STATES

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Jennifer Richmond-Bryant

Associate Professor of the Practice

North Carolina State University

UNITED STATES

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Kuldeep Singh

Research Interests

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Articles (14)

Soil contamination by environmentally persistent free radicals and dioxins following train derailment in East Palestine, OH

DNS simulations of inertial flow phenomena in 3D intersecting rough fractures: Impact of roughness and intersection angle on non-linear flow regimes

Triaxial Analysis of Mechanical Properties in Additively Manufactured Layered Material

Péclet number and transport length dependences of dispersion and dispersivity coefficients during the transition to Fickian transport in homogeneous sands

Sediment size effects on non-Darcy flow: insights from Izbash equation and Forchheimer inertial coefficient analysis

Influence of sedimentary structure and pore-size distribution on upscaling permeability and flow enhancement due to liquid boundary slip: A pore-scale computational study

Time-lapse 3D Micro-tomography of Calcite Column Experiments to Study pH-Dependent Dynamic Dissolution Processes

Intrapore Geometry and Flow Rate Controls on the Transition of Non‐Fickian to Fickian Dispersion

Intrapore geometry and flow rate controls on the transition of non‐Fickian to Fickian dispersion

The effective pore volume of multiscale heterogenous fracture-porous media systems derived from the residence time of an inert tracer

Characterizing shear-thinning fluids transitioning from rheology- to inertia-dominated flow regimes in porous media

Intra-pore tortuosity and diverging-converging pore geometry controls on flow enhancement due to liquid boundary slip

How boundary slip controls emergent Darcy flow of liquids in tortuous and in capillary pores

Can homogeneous slip boundary condition affect effective dispersion in single fractures with Poiseuille flow?

Collaborators (3)

Robert L. Cook

Joseph Ortiz

Jennifer Richmond-Bryant

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