This review paper covers the relevant literature on forensic firearm examination from 2016 to
2019 as a part of the 19th Interpol International Forensic Science Managers Symposium …

Abstract The application of Laser-Induced Breakdown Spectroscopy (LIBS) in forensic
science has garnered increasing attention. The ability to perform real-time, on-site analysis …

Wherever an impact mark is found, either on the surface or on the recovered projectile, it is
important for forensic investigators to extract useful information in solving shooting‐related …

Bullet trajectory documentation is an important part of shooting reconstructions. Manual
methods are quite common, using a protractor and angle gauge, but more advanced …

When a bullet punctures a surface, it leaves behind a bullet impact, which can be analyzed
in order to determine the origin and trajectory path from which a bullet was discharged using …

Using the best-fit ellipse method, single bullet impacts in thin sheet metal were assessed to
investigate the accuracy of impact angle estimation. When a bullet passes through a metal …

Trajectory deflections of pistol bullets from four different firearms, fired through soft tissue
simulants under two different incidence and exit angles were studied. The data from this …

The influence of two different variables on deflection was studied with 9 mm Luger calibre
bullets, fired through ballistic gelatine. To test whether bullet type affects trajectory deflection …

Abstract Three‐dimensional (3D) technologies contribute greatly to bullet trajectory analysis
and shooting reconstruction. There are few papers which address the errors associated with …

This paper presents a promising handheld and non-invasive approach based on stereo-
photogrammetry for crime scene documentation, reconstruction, and analysis. Specifically …