THE USE OF 3D MODELING IN FORENSIC EXPLOSIVE EXPERTISE

L. Dashko, I. Kharchenko, Mikhail Geraskin
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Abstract

The article is devoted to a new promising method suitable for use in one of the varieties of forensic explosive expertise – situational expertise on the fact of an explosion. In order to solve the problem of establishing the nature and type of explosion, it is necessary to analyze all the damage to build-ings and objects at the scene of the incident in order to determine the center of the explosion and its location. Such studies are situational modeling or situational expertise. The rapid development of information technologies makes it possible to create 3D models of the scene of an incident and use them to conduct situational studies, significantly increasing the effectiveness of operational and investigative actions, and, ultimately, brings real benefits in the investigation of crimes. The article shows the possibilities of using 3D modeling technologies to establish the dynamics of fire development, followed by the establishment of the explosion center and its technical cause, us-ing the example of a real incident - an explosion in the port of Beirut on 04.08.2020. The use of 3D modeling technologies and animation capabilities allows to visualize information about the circumstances of the explosion, which was obtained on the basis of collecting, summarizing and analyzing information obtained from various sources (protocols of the inspection of the place of advent, diagrams, plans, photo and video recordings, witness statements and other documents, as well as expert opinions).
在法医爆破专业知识中使用3d建模
本文介绍了一种有前途的新方法,适合于法医爆炸鉴定的一种——爆炸事实情境鉴定。为了解决确定爆炸性质和类型的问题,有必要对事故现场的所有建筑物和物体的损坏情况进行分析,以确定爆炸中心及其位置。这样的研究就是情境建模或情境专家。信息技术的快速发展,使得创建事件现场的3D模型并利用它们进行情景研究成为可能,大大提高了行动和调查行动的有效性,并最终为调查犯罪带来真正的好处。本文展示了使用3D建模技术建立火灾发展动态的可能性,随后建立爆炸中心及其技术原因,我们使用真实事件的例子- 2020年8月4日在贝鲁特港发生爆炸。利用3D建模技术和动画功能,可以将有关爆炸情况的信息可视化,这些信息是在收集、总结和分析从各种来源获得的信息(降临地点视察议定书、图表、计划、照片和录像、证人陈述和其他文件以及专家意见)的基础上获得的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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