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    가연성 물질에 대한 Chung's Equation-XII와 Chung's Equation-XV를 이용한 화재 위험성 평가 및 검토 = Fire Risk Assessment and Review Using Chung's Equation-XII and Chung's Equation-XV for Combustible Materials

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    https://www.riss.kr/link?id=A110193878

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

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    Natural materials, including wood, are becoming increasingly important for fire safety along with eco-friendly living. The fire risks of combustible materials were comprehensively reviewed using Chung’s equation-XII and the newly proposed Chung’s equation-XV. As a case study, the fire characteristics of five wood specimens were evaluated using a cone calorimeter according to the ISO 5660-1 standard. The external heat flux was set to 50 kW/m². The relative rankings based on the fire risk index-XII (FRI-XII) were as follows: zelkova (0): ranking 6 < oak (0.02): ranking 5 < pine rigida (0.09): ranking 4 < chestnut (0.19): ranking 3 < polymethylmethacrylate (PMMA) (1): ranking 2 < lauan (4.69): ranking 1. The relative rankings based on the fire risk index-XV (FRI-XV) were as follows: zelkova (0.00): ranking 3 ≈ oak (0.00): ranking 3 ≈ pine rigida (0.00): ranking 3 ≈ chestnut (0.00): ranking 3 < lauan (0.03): ranking 2 < PMMA (1): ranking 1. However, the results based on the fire risk index-XV (FRI-XV) did not provide discrimination between test specimens. Therefore, it was found that there is a need to comprehensively evaluate the fire risk, including the ratio of mean carbon monoxide production rate (COPmean, g/s) to mean carbon dioxide production rate (CO<sub>2</sub>P<sub>mean</sub>, g/s), as in the evaluation of FRI-XII.
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    Natural materials, including wood, are becoming increasingly important for fire safety along with eco-friendly living. The fire risks of combustible materials were comprehensively reviewed using Chung’s equation-XII and the newly proposed Chung’s ...

    Natural materials, including wood, are becoming increasingly important for fire safety along with eco-friendly living. The fire risks of combustible materials were comprehensively reviewed using Chung’s equation-XII and the newly proposed Chung’s equation-XV. As a case study, the fire characteristics of five wood specimens were evaluated using a cone calorimeter according to the ISO 5660-1 standard. The external heat flux was set to 50 kW/m². The relative rankings based on the fire risk index-XII (FRI-XII) were as follows: zelkova (0): ranking 6 < oak (0.02): ranking 5 < pine rigida (0.09): ranking 4 < chestnut (0.19): ranking 3 < polymethylmethacrylate (PMMA) (1): ranking 2 < lauan (4.69): ranking 1. The relative rankings based on the fire risk index-XV (FRI-XV) were as follows: zelkova (0.00): ranking 3 ≈ oak (0.00): ranking 3 ≈ pine rigida (0.00): ranking 3 ≈ chestnut (0.00): ranking 3 < lauan (0.03): ranking 2 < PMMA (1): ranking 1. However, the results based on the fire risk index-XV (FRI-XV) did not provide discrimination between test specimens. Therefore, it was found that there is a need to comprehensively evaluate the fire risk, including the ratio of mean carbon monoxide production rate (COPmean, g/s) to mean carbon dioxide production rate (CO<sub>2</sub>P<sub>mean</sub>, g/s), as in the evaluation of FRI-XII.

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