Comprehensive Analysis of Lithium-Ion Battery Fire Incidents in South Korea Based on Statistical Investigation and Hypothesis-Based Failure Analysis: Ignition Mechanisms and Thermal Runaway Suppression Strategies

Sangho Park

Comprehensive Analysis of Lithium-Ion Battery Fire Incidents in South Korea Based on Statistical Investigation and Hypothesis-Based Failure Analysis: Ignition Mechanisms and Thermal Runaway Suppression Strategies

Translated title of the contribution: Comprehensive Analysis of Lithium-Ion Battery Fire Incidents in South Korea Based on Statistical Investigation and Hypothesis-Based Failure Analysis: Ignition Mechanisms and Thermal Runaway Suppression Strategies

Sangho Park

Division of Chemical Engineering

Research output: Contribution to journal › Journal article › peer-review

Translated title of the contribution	Comprehensive Analysis of Lithium-Ion Battery Fire Incidents in South Korea Based on Statistical Investigation and Hypothesis-Based Failure Analysis: Ignition Mechanisms and Thermal Runaway Suppression Strategies
Original language	Undefined/Unknown
Journal	Fire Technology
State	Published - 2026.06.12

Cite this

@article{77a81faa3d344095a36efe89d8302b88,

title = "Comprehensive Analysis of Lithium-Ion Battery Fire Incidents in South Korea Based on Statistical Investigation and Hypothesis-Based Failure Analysis: Ignition Mechanisms and Thermal Runaway Suppression Strategies",

author = "Sangho Park",

year = "2026",

month = jun,

day = "12",

language = "Undefined/Unknown",

journal = "Fire Technology",

issn = "0015-2684",

}