Automotive manufacturers are working to improve individual cell, module, and overall pack
design by increasing the performance, range, and durability, while reducing cost. One key …

Automotive battery manufacturers are working to improve the individual cell and overall pack
design by increasing durability, performance, and range, while reducing cost, and active …

Through the use of electrochemical simulations, variation in the local onset of lithium plating
can be predicted and used to set charging guidelines to reduce the risk of lithium plating …

This study focuses on the construction of small-scale atomistic representations of three
Appalachian coals of different ranks–high volatile bituminous, low volatile bituminous, and …

In this work, the temperature impact on the Multi-Species, Multi-Reaction (MSMR) model is
studied. This is accomplished by acquiring data from slow rate lithiation and delithiation of a …

In this work, a 3D representation of a lithium ion electric vehicle battery cell was created and
modeled through the discrete element method (DEM) to capture the porous electrode …

In Part 1 of this paper, the temperature impact on the Multi-Species, Multi Reaction (MSMR)
model was studied. This was accomplished by acquiring data from slow rate lithiation and …

The primary focus of this dissertation is the study of carbon and coal, particularly its atomistic
dynamics in the conversion process to graphite or carbon foams and its interactions with …

In recent years, lithium-ion batteries (LIBs) have played an essential role in nowadays
energy storage system, especially electric vehicles (EVs) and portable electronics because …

During operation of lithium-ion batteries, cells experience volume change due to mechanical
and electrochemical phenomena. This volume change can be described in two main modes …