Can Cell-to-Cell Thermal Runaway Propagation in Li-ion Modules be Prevented?
No abstract available
Jeevarajan, Judith↗
SEARCH · Engineering Papers
Results for “runaway”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Driving Factors for Mitigating Cell Thermal Runaway Propagation and Arresting Flames in High Performing Li-Ion Battery Designs
No abstract available
Darcy, Eric↗
Thermal Runaway Severity Reduction Assessment and Implementation: On LREBA and LPGT
No abstract available
Darcy, Eric↗
Challenges With Achieving >180Wh/kg Li-ion Battery Modules that Don't Propagate Thermal Runaway or Emit Flames/Sparks
No abstract available
Darcy, Eric↗
Thermal Runaway Severity Reduction Assessment For EVA Li-Ion Batteries
No abstract available
Darcy, Eric↗
Measurement of Energy Distributed Between Cell Mass and Hot Ejecta During Thermal Runaway of Lithium Ion Cells at Varying State of Charge
No abstract available
Yayathi, Sandeep↗
Passively Thermal Runaway Propagation Resistant Battery Module that Achieves > 190 Wh/kg
No abstract available
Darcy, Eric↗
Battery Cell Thermal Runaway Calorimeter
We currently have several methods for determining total energy output of an 18650 lithium ion cell. We do not, however, have a good method for determining the fraction of energy that dissipates via conduction through the cell can vs. the energy that is released in the form of ejecta. Knowledge of this fraction informs the design of our models, battery packs, and storage devices; (a) No longer need to assume cell stays together in modeling (b) Increase efficiency of TR mitigation (c) Shave off excess protection.
Darcy, Eric↗
Battery Design Implications on Thermal Runaway Severity: NASA ISS SAFER Battery Safety Assessment
No abstract available
Graika, Jason↗
Comparative Analysis of Thermal Runaway Heat Output as a Function of Trigger Mechanism and Cell Format
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Lithium-ion battery↗
Comparative Analysis of Thermal Runaway Heat Rates as A Function of Trigger Mechanism and Cell Format
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Peter J Hughes↗
Understanding Thermal Runaway Response Variability: Utilizing the Battery Failure Databank to Inform Thermal Model Driven Design
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William Q Walker↗
An Additively Manufactured Lithium-ion Battery Case That Prevents Thermal Runaway
No abstract provided
Sunada, Eric↗
An Additively-Manufactured Li-Ion Battery Case that Prevents Thermal Runaway
No abstract provided
Darcy, Eric↗
Fractional Thermal Runaway Calorimetry (FTRC)
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Steven L Rickman↗
Sensor-Based Prognostics to Avoid Runaway Reactions & Catastrophic Ignition (SPARRCI)
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battery↗
Sensor-Based Prognostics to Avoid Runaway Reactions & Catastrophic Ignition (SPARRCI): Ensuring Safe, Reliable Power for Electric Aircraft
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Brianne DeMattia↗
ThermoArc - A Novel Thermal Runaway Trigger Method
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Thuong Dang Nguyen↗