Combination of Discrete and Finite Element Methods for Coupled Electrochemical-Mechanical Simulations of Lithium-Ion Battery Electrodes
Abstract not provided.
Publications
Mesoscale modeling of TPS material properties and ablation performance
Abstract not provided.
Modeling Mechano-Electrochemical Phenomena from the Mesoscale to the Macroscale
Abstract not provided.
Coupled Electrochemistry and Mechanics in Mesoscale Simulation of Lithium-Ion Cathodes
Abstract not provided.
Exploring How Electrode Structure Affects Electrode-Scale Properties Using 3-D Mesoscale Simulations
Abstract not provided.
TABS: A Thermal Battery Desktop Design Tool
Abstract not provided.
Supporting Credibility of Single Cell Thermal Battery Modeling through V&V/UQ Activities
Abstract not provided.
Effects of Solar Cell Materials and Geometries on Thermally Induced Interfacial Stresses
Abstract not provided.
Multi-Physics Cost and Complexity Reduction Strategies for Modeling Thermally Activated Batteries
Abstract not provided.
CT Scan Characterization of Thermally Damaged Energetic Materials
Abstract not provided.
CT Scan Characterization of Thermally Damaged Energetic Materials
Abstract not provided.
Effects of Solar Cell Materials and Geometries on Thermally Induced Interfacial Stresses
Conference Record of the IEEE Photovoltaic Specialists Conference
Abstract not provided.
Effective Transport Property Simulation on Three-Phase Mesoscale Electrode Reconstructions across Manufacturing Parameters
Abstract not provided.
Advances and Application of Conformal Mesoscale Modeling to Battery Electrodes
Abstract not provided.
Coupled Electrochemistry and Mechanics in Mesoscale Simulation of NMC Cathodes
Abstract not provided.
TABS: A Thermal Battery Desktop Design Tool
Abstract not provided.
Multi-Physics Cost and Complexity Reduction Strategies for Modeling Thermally Activated Batteries
Abstract not provided.
Exploring How Electrode Structure Affects Electrode-Scale Properties Using 3-D Mesoscale Simulations
Abstract not provided.
Supporting Credibility of Single Cell Thermal Battery Modeling through V&V/UQ Activities
Abstract not provided.
Thermal-mechanical modeling of PV modules and components
Abstract not provided.
DuraMAT Predictive Simulation
Abstract not provided.
Thermal-mechanical modeling of PV modules and components
Abstract not provided.
Contributions to DOE EERE VTO FY2017 Annual Report
The objective of this project is to improve the fidelity of battery-scale simulations of abuse scenarios through the creation and application of microscale (particle-scale) electrode simulations.
Mechanics of Battery Degradation: An Inside View
Abstract not provided.
Thermal and mechanical response of battery insulation materials
Abstract not provided.
Results 76–100 of 154