Přehled o publikaci

Forensic Biomechanics is a young forensic science, its short axis of development has undergone a rapid expansion and the future appears to be a discipline that also, for example, will help to better and more intensive fighting crime. Forensic biomechanics solve issues and problems that can not be answered by any other forensic science. Biomechanics is defined as an interdisciplinary science focused mainly on studying the mechanical structure and mechanical behaviour of living systems and their interactions with the environment. The book analyzed the most frequent questions the theory of forensic biomechanics. Biomechanical content trasologických stop and prediction of height stop people from locomotion. Extensive measurements on large files has shown that physical height of the person is a significant length and width of bare feet, the length and width of the shoe length and width of the track shoes and can be relatively accurately calculated probable body height according to these parameters. Mechanical extreme dynamic loads organism. These are typically situations where the attacker attacks the victim punches, stick or other hard object. Most often, the attack is directed at the victim's head. In the case of these biomechanical analysis, an assessment of whether the contested person died immediately or some time survived and theoretically it would be possible to save her. In principle, it is important to identify and quantify important threshold for survival in extreme mechanical loads victim's head; Biomechanical assessment of falls from a height of victims, most of the windows of the house. Sometimes it happens that the aggressor attacked the victim and intend to kill her thrown out of the window and the investigation is prevented that fell victim herself, or some accident. Biomechanical analysis can assess whether the person dropped out alone, without foreign fault or whether it was at the moment of falling granted power pulse, and thus it had been fired (or could even bounce). It is to assess the geometry and kinematics of the center of gravity in the fall as an open kinematic chain;