Krízový manažment - Ročník 22.; Číslo 2/2023

Permanent URI for this collectionhttps://drepo.uniza.sk/handle/hdluniza/991

Browse

Author: search.filters.author.Adamová, VeronikaEnd date: 2023

Search Results

Now showing 1 - 2 of 2
  • Thumbnail Image
    Item
    Metodika tvorby a zaisťovania chodníčka bipedálnej ľudskej lokomócie
    (University of Žilina, 2023) Šimčeková, Damiána; Adamová, Veronika
    A part of specific methods in criminalistics applied in practice is tracology, used for obtaining and documenting evidence from crime scenes. Tracology deals with various types of evidence, including footprints, tire tracks, and footwear. We must not overlook traces left by lips, teeth, or other parts of the human body. This work describes the creation of a human locomotion pathway on a surface. The pathway is generated by the coloured soles of an individual walking to collect documents. In a real-life scenario, we can envision a situation where a perpetrator steps in the victim's blood and then walks across a carpet, leaving traces in the process. After leaving these traces, a forensic expert can secure and extract necessary information from them. This information may include parameters such as the length of a single step or a pair of steps, which can subsequently be used in mathematical models to estimate the body height of the individual. The presented article focuses on the approach to the field of tracology, which represents a distinct scientific discipline within the realm of criminalistics. Specifically, in this article, our emphasis is on presenting the measurement and data collection process in connection with the resolution of an institutional grant project.
  • Thumbnail Image
    Item
    3D modelovanie pre potreby simulačnej rekonštrukcie pádu ľudského subjektu z výšky
    (University of Žilina, 2023) Kolla, Eduard; Adamová, Veronika
    The article presents the methodology for 3D modelling for biomechanical evaluation of falls from the height of a human subject. It focuses on 3D modelling as a base for numerical simulation using multibody modules in the PC-Crash simulation software. Basic steps for the creation of a 3D multibody model of the relevant building structure from a 3D point cloud are presented, as well as the procedure for the creation of a biofidelic female human body model. The multibody model of building structure and a multibody model of the human body can be in the following steps used for comprehensive parametric evaluation of possible fall scenarios using the iterative approach for convergence of trace correspondences.