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Vitaliy Yurkiv

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Assistant Professor

University of Arizona

United States

Research Interests

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Professors in United States Professors in Electrochemistry Electrochemistry professors in United States

About

Vitaliy Yurkiv is an Assistant Professor at the University of Arizona in the United States. His research focuses on the development and analysis of lithium-ion batteries, encompassing thermal runaway prediction, deep learning applications for microstructure analysis, and standardizing safety testing protocols. Additionally, he has explored the electro-stretching of conducting polymer solutions and the formation of high-entropy alloy nanoparticles, contributing to advancements in materials science and electrochemistry.

Recent Grants

Grant: Close

CDS&E: A Deep Learning Framework for Evaluation of Electron Microscopy Images of Chemically-Complex Metallic Materials

Open Date: 2021-07-01

Close Date: 2023-04-30

Grant: Close

GOALI: Controlled Coating via Charged Droplet Impact and Deposition on Dielectric and Conducting Surfaces

Open Date: 2019-09-15

Close Date: 2023-02-28

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Collaborators (2)

Todd Kingston

Assistant Professor

Iowa State University

UNITED STATES

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Yong Il Kim

Professor

Keimyung University

SOUTH KOREA

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Vitaliy Yurkiv

Research Interests

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About

Recent Grants

Articles (26)

Towards the harmonization of safety testing standards for lithium-ion batteries: A review and call to action

Ab Initio Modeling of Ion Interactions in PEDOT:PSS–PEO Polymer Systems and Experimental Observations in Corona Charging

Electrode-Resolved Impedance and Thermal Runaway Risk Prediction via Experimental and Physics-Informed Transformer Model

Evaluating 4680 Cylindrical Cells for Sustainable EV Duty: Multi-Cycle Testing and Electro-Thermal Modeling

Lithium-Plating Behavior in Commercial 4680 Cylindrical Cells during Low-Temperature Charging

Transformer-Enabled HAADF-STEM Quantification of SEI Grain Boundaries for Safety-Relevant Multiphysics Modeling of Li-Ion Batteries

Electro-Stretching and Electro-Coalescence of Sessile Drops of Conducting Polymer Solutions with and without Surfactant and Dielectric Particles

Deep Learning Analysis of Solid‐Electrolyte Interphase Microstructures in Lithium‐Ion Batteries

(Invited) Thermal Runaway Prediction in Li-Ion Batteries: Combining Experimental Insights with Multiphysics and Transformer-Based Models

Multiphysics Modeling of Commercial Batteries for Predicting Thermal Behavior Under Variable Environmental and Operational Conditions

Standardizing Battery Safety Testing Protocols: Enhancing Reliability and Global Regulatory Alignment for Lithium-Ion Batteries

On the energy analysis of two-phase flows simulated with the diffuse interface method

In Situ TEM Studies on the Formation of High-Entropy Alloy Nanoparticles from Mixed Metal-Salt Precursors

Deep Learning Analysis of Solid Electrolyte Interface Microstructures in Lithium-Ion Batteries

From Electrochemical Analysis to Machine Learning Prediction: A Comprehensive Approach to LIB Safety

Ab initio modeling and experimental analysis of electronic conductivity in PEDOT:PSS-PEO films for extrusion-based manufacturing

Deep learning modeling in microscopy imaging: A review of materials science applications

Predicting Thermal Failures Using an Advanced Data-Driven Modeling Framework in a Cylindrical Li-Ion Battery Pack

(Digital Presentation) A Shape-Adjustable, Flexible Lithium Battery

(Digital Presentation) Engineering Lithium Metal/Polymer Electrolyte Interface to Enhance Long-Term Stability and Cycle Performance of Lithium Metal Batteries

A Combined Multi-Physics Modelling and Machine Learning to Predict Electro-Thermal Failures of Cylindrical Li-Ion Batteries

Advanced Data-Driven Modeling Framework for Predicting Thermal Failures in Li-Ion Pouch Batteries

Revealing the Structure and Properties of Polycrystalline Components of the Solid Electrolyte Interface

Dielectrophoretic stretching of drops of silicone oil: Experiments and multi-physical modeling

Metamorphosis of trilobite-like drops on a surface: Electrically driven fingering

Evolution and Shape of Two-Dimensional Stokesian Drops under the Action of Surface Tension and Electric Field: Linear and Nonlinear Theory and Experiment

Collaborators (2)

Todd Kingston

Yong Il Kim

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