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학술논문한국안전학회지2012.06 발행

유리 파손형상의 법과학적 해석

Forensic Scientific Analysis for Glass Breakdown Patterns

송재용(국립과학수사연구원); 사승훈(국립과학수사연구원); 남정우(국립과학수사연구원); 김동환(국립과학수사연구원); 최영우(국립과학수사연구원); 김진표(국립과학수사연구원); 고재모(국립과학수사연구원); 박남규(국립과학수사연구원)

27권 3호, 28~35쪽

초록

We investigated the breakdown patterns of silica glass under the various impacts by forensic scientific analysis. The impacts were chosen by thermal and projectiles impact stress. Thermal impacts under the fire were constructed by changing the position of the flame with gas torches. Physical impacts were constructed with the projectiles of slingshots and rifles by changing the size of the projectiles at the surfaces and the initial distance. Also we identified incident angles of the projectiles by analysis of the punching portion at the glass surface. Under the thermal impacts, the breakdown patterns were various by changing the position of the flame. Especially, the configuration of breakdown patterns had radial shape with the position of the flame at the center of the glass sheet. Under the physical impacts by the projectiles, the breakdown patterns had always radial shape

Abstract

We investigated the breakdown patterns of silica glass under the various impacts by forensic scientific analysis. The impacts were chosen by thermal and projectiles impact stress. Thermal impacts under the fire were constructed by changing the position of the flame with gas torches. Physical impacts were constructed with the projectiles of slingshots and rifles by changing the size of the projectiles at the surfaces and the initial distance. Also we identified incident angles of the projectiles by analysis of the punching portion at the glass surface. Under the thermal impacts, the breakdown patterns were various by changing the position of the flame. Especially, the configuration of breakdown patterns had radial shape with the position of the flame at the center of the glass sheet. Under the physical impacts by the projectiles, the breakdown patterns had always radial shape

발행기관:
한국안전학회
DOI:
http://dx.doi.org/
분류:
안전공학

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유리 파손형상의 법과학적 해석 | 한국안전학회지 2012 | AskLaw | 애스크로 AI