Characterization of Vented Gas Predictions in Lithium-ion Modeling with 1-D Thermal Runaway (LIM1TR).
Abstract not provided.
Qatramez, Ala' E.↗
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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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Energy Redistribution as a Method for Mitigating Risk of Propagating Thermal Runaway.
Abstract not provided.
Mueller, Jacob↗
Thermal runaway propagation models: from module scale to system scale.
Abstract not provided.
Kurzawski, Andrew↗
Energy Redistribution as a Method for Mitigating Risk of Propagating Thermal Runaway.
Abstract not provided.
Mueller, Jacob↗
Thermal runaway vented gas characteristics and safety hazards of lithium-ion batteries.
Abstract not provided.
Qatramez, Ala'↗
Modeling Competitive Reactions and Heat Transfer Effects Applicable to Thermal Runaway in Lithium-Ion Batteries.
Abstract not provided.
Shurtz, Randy↗
Estimation of Heat Flux From Gases Released During Thermal Runaway of Lithium-Ion Batteries
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Qatramez, Ala' E.↗
Slowing and mitigating thermal runaway: a heat transfer perspective
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Kurzawski, Andrew Joseph↗
Predicting Thermal Runaway Caused by Hot Metal Fragments
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Hobbs, Michael L.↗
Safety Hazards Associated with Li-ion Batteries Thermal Runaway Vent Gas due to Heat Transfer
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Qatramez, Ala' E↗
Toward rack-scale heat transfer in thermal runaway scenarios: Vent gases and air entrainment in idealized energy storage systems
This work will be presented at the combustion symposium in Milan, Italy.
Meehan, Michael Alexander↗
Potential Safety Hazards Associated with Li-ion Battery Thermal Runaway Vent Gas Heat Transfer in Energy Storage Systems
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Qatramez, Ala' E↗
CHARACTERIZING HEAT TRANSFER FROM VENTING LI-ION BATTERIES UNDERGOING THERMAL RUNAWAY WITH INVERSE TECHNIQUES
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Kurzawski, Andrew Joseph [Sandia National Laborato↗
Exploring parameters that affect propagating thermal runaway in lithium-ion batteries at the module and inter-module scale
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Kurzawski, Andrew Joseph↗
Lithium-ion Battery Thermal Runaway and Toxic Gas Emission
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Roy, Rishi↗
Fast-running Model of Thermal Runaway Propagation with Heat and Mass Transfer Within an Enclosure
This material will be presented at the Interagency Advanced Power Group (IAPG) Chemical Working Group and Safety Panel Meeting. IAPG serves as the premier organization coordinating the collaboration and information exchange of advanced power research and development within the U.S. government.
Meehan, Michael Alexander [Sandia National Laborat↗
Helium runaways in white dwarfs
The long term evolution of an accreting carbon white dwarf was studied from the onset of accretion to the ignition of helium. The variations in the details of the helium shell flash examined with respect to variations in mass accretion rate. For intermediate rates the helium flash is potentially explosive whereas for high rates the shell flash is relatively weak. The results are discussed in the context of the long term evolution of novae.
Taam, R. E.↗