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Cited by 10 publications
(8 citation statements)
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“…The proposed model was used to explore the thermal response of a Li-ion battery at different SOCs under the positive-negative and the aluminum-negative ISC conditions in the same large damaged area, namely, with Comparing Figure 5a,b and Figure 2a, we could observe a more significant effect of the Li-ion battery SOC on its thermal response compared to the ISC resistance when the ISC resistance decreased to a substantially low level. This was supported by the experimental results in [18], namely, the ISC resistance value is very low in the indentation tests when a macroscopic fracture occurs inside Figure 2a, we could observe a more significant effect of the Li-ion battery SOC on its thermal response compared to the ISC resistance when the ISC resistance decreased to a substantially low level. This was supported by the experimental results in [18], namely, the ISC resistance value is very low in the indentation tests when a macroscopic fracture occurs inside the Li-ion battery.…”
Section: Effect Of a Li-ion Battery Soc On Thermal Responsessupporting
confidence: 83%
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“…The proposed model was used to explore the thermal response of a Li-ion battery at different SOCs under the positive-negative and the aluminum-negative ISC conditions in the same large damaged area, namely, with Comparing Figure 5a,b and Figure 2a, we could observe a more significant effect of the Li-ion battery SOC on its thermal response compared to the ISC resistance when the ISC resistance decreased to a substantially low level. This was supported by the experimental results in [18], namely, the ISC resistance value is very low in the indentation tests when a macroscopic fracture occurs inside Figure 2a, we could observe a more significant effect of the Li-ion battery SOC on its thermal response compared to the ISC resistance when the ISC resistance decreased to a substantially low level. This was supported by the experimental results in [18], namely, the ISC resistance value is very low in the indentation tests when a macroscopic fracture occurs inside the Li-ion battery.…”
Section: Effect Of a Li-ion Battery Soc On Thermal Responsessupporting
confidence: 83%
“…This was supported by the experimental results in [18], namely, the ISC resistance value is very low in the indentation tests when a macroscopic fracture occurs inside Figure 2a, we could observe a more significant effect of the Li-ion battery SOC on its thermal response compared to the ISC resistance when the ISC resistance decreased to a substantially low level. This was supported by the experimental results in [18], namely, the ISC resistance value is very low in the indentation tests when a macroscopic fracture occurs inside the Li-ion battery. Despite serious damage caused by the macroscopic failure, the Li-ion battery did not experience thermal runaway because of its low SOCs.…”
Section: Effect Of a Li-ion Battery Soc On Thermal Responsessupporting
confidence: 83%
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