In this study, the influence of explosion overpressure caused by the rupture of aerosol insecticide LPG used as a propellant was calculated by using the Hopkinson’s Scaling Law and the accident damage was estimated by applying the influence on the adjacent structures and people into Probit model. At 5 m of interest, the overpressure calculation value by the probit model is 9,549 ßÊ, at 50 m 53.8 ßÊ, corresponding to overpressure affecting the failure and death of the building. Up to 35 m of interest, lung bleeding has occurred, and up to 50 m is equivalent to overpressure capable of causing structural and glass damage. However, considering the effectiveness of the explosion, it is expected that the range that could lead to death and lung bleeding, damage to structures and damage to glass will be significantly reduced. As a result of this, in this study, 100% of the explosion efficiency is applied, and the actual damage effect due to the explosion of the aerosol insecticide container is considered to be less than the value calculated in this study, I hope that it will be used as an investigation data on the interpretation of the explosion in the future.
목차
Abstract I. 서론 II. 이론적 배경 2.1 이론적 배경 2.2 폭발효율 III. 사고사례 해석 3.1 사건개요 3.2 증기운 폭발 모델링(Vapor Cloud Explosion Modeling) IV. 폭발력 계산 및 사고 피해 예측 결과 V. 결론 VI. 참고문헌
법과학 분야는 사회정의 구현에 있어 크나큰 가치가 있음에도 불구하고 우리나라에서는 이 분야에 대한 인식이 미흡하여 선진 외국에 비해 침체되어 있는 실정이다. 이에 우리나라에서도 법과학 분야와 관련 있는 학계, 연구기관, 수사기관 등 유관 단체들로 구성된 한국 법과학회를 창립하여 이 분야를 활성화 시켜 과학수사를 한층 더 발전시키기 위함을 목적으로 한다.