Causes of Fires in Mountainous Villages and Design Methods for Its Prevention and Control

Fires in mountainous villages are characterized by "frequent ignition, rapid spread, and difficult extinguishment," posing significant threats to the lives and property, physical space, and cultural heritage of these communities. This paper investigates the causes of fires in mountainous villages through field surveys and semi-structured interviews, based on the theory of fire triangle. The study finds that the primary causes include villagers' improper use of fire and electricity, high fire loads, low fire resistance of buildings, dense village construction, inadequate fire protection facilities, and poor maintenance, along with challenging firefighting conditions. In response, the paper proposes specific design methods such as strengthening the separation between villages and forests, dividing fire protection clusters, and implementing multi-level isolation measures to control fire spread. These methods aim to provide a reference for fire protection planning and design in mountainous villages.

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Publication Details

Journal
Journal of civil and transportation engineering.
Published
2024-09-01
DOI
https://doi.org/10.62517/jcte.202406303
Primary Topic
Disaster Management and Resilience
Type
article
Field-Weighted Citation Impact
0.00

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article

Causes of Fires in Mountainous Villages and Design Methods for Its Prevention and Control

Yi Huang, Zhu Wang, Gao Mingming
Journal of civil and transportation engineering.
Disaster Management and Resilience
article

Causes of Fires in Mountainous Villages and Design Methods for Its Prevention and Control

Yi Huang, Zhu Wang, Gao Mingming
article en

Abstract

Fires in mountainous villages are characterized by "frequent ignition, rapid spread, and difficult extinguishment," posing significant threats to the lives and property, physical space, and cultural heritage of these communities. This paper investigates the causes of fires in mountainous villages through field surveys and semi-structured interviews, based on the theory of fire triangle. The study finds that the primary causes include villagers' improper use of fire and electricity, high fire loads, low fire resistance of buildings, dense village construction, inadequate fire protection facilities, and poor maintenance, along with challenging firefighting conditions. In response, the paper proposes specific design methods such as strengthening the separation between villages and forests, dividing fire protection clusters, and implementing multi-level isolation measures to control fire spread. These methods aim to provide a reference for fire protection planning and design in mountainous villages.

Journal of civil and transportation engineering.Vol. 1(3)
National Natural Science Foundation of China
Openalex Percentile: Top 53%
Disaster Management and Resilience
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