Forensic biomechanics gradually has become a significant component of forensic science.
Forensic biomechanics is evidence-based science that applies biomechanical principles …

The field of medical injury prediction and impact biomechanics in relation to skin and its
simulant materials has traditionally focused on quasi-static properties while overlooking the …

In view of the scarcity of literature data on the use of radiological imaging techniques in
forensic veterinary medicine, while at the same time the number of reported crimes against …

Complications arise in the analysis of gunshot wounds to the maxillofacial region, when
neither the projectile nor the gun is found at the crime scene. We simulated 5‐and 15‐cm …

The aim of this study is to analyze the injury potential of the free-falling bullet in the cranium,
which is known as a tired bullet in the public, with the finite element method (FEM) In the …

Firearms injuries have a legal and medico-legal importance, and are especially lethal when
they reach the craniofacial regions of the victim. The present study aims to identify the …

The finite element (FE) method can potentially help in reconstructing skull fracture
biomechanisms, enabling differentiation of the injury patterns caused by traffic accidents …

Virtual crime scene investigation using numerical models has the potential to assist in the
forensic investigation of firearm-related fatalities, where ethical concerns and expensive …

Anthropologists evaluate injuries in skeletal remains by examining their macroscopic and
microscopic features, utilizing empirical and theoretical knowledge about trauma formation …

This research conducts 300 small-scale ammunition experiments using moderate bullet
speeds and a variety of bullet configurations in order to understand the relationship between …