[go: up one dir, main page]

Liscio et al., 2021 - Google Patents

The lead-in method for bullet impacts in metal panels

Liscio et al., 2021

Document ID
6423165438231466654
Author
Liscio E
Park J
Publication year
Publication venue
Forensic science international

External Links

Snippet

The use of trajectory rods at shooting scenes to document a bullet's trajectory is useful since the probing method provides for an immediate visual reference as to where the projectile came from and where it may have been traveling to. Trajectory rods are also quite simple to …
Continue reading at www.sciencedirect.com (other versions)

Similar Documents

Publication Publication Date Title
Liscio et al. The lead-in method for bullet impacts in metal panels
Walters et al. The accuracy and repeatability of reconstructing single bullet impacts using the 2D ellipse method
Siu et al. Quantitative differentiation of bloodstain patterns resulting from gunshot and blunt force impacts
Liscio et al. Angle of impact determination from bullet holes in a metal surface
Liscio et al. Accuracy and repeatability of trajectory rod measurement using laser scanners
Nishshanka et al. AK bullet (7.62× 39 mm) holes on 1‐mm sheet metal: A forensic‐related study in aid of bullet trajectory reconstruction
Jussila Measurement of kinetic energy dissipation with gelatine fissure formation with special reference to gelatine validation
Liscio et al. Accuracy and reproducibility of bullet trajectories in FARO zone 3D
RU2442952C1 (en) Method for assessing the ammunition penetrating performance and the apparatus for making the same
CN111306988B (en) Calibration data determination method and device
US10612891B1 (en) Automated ammunition photogrammetry system
CN112710196B (en) Target design method based on structural equivalence
Nishshanka et al. An android-based field investigation tool to estimate the potential trajectories of perforated AK bullets in 1 mm sheet metal surfaces
Keldson et al. Validation of the lead‐in method in a practical shooting scenario
CN106643296B (en) Precision calibration apparatus and its precision adjusting process before a kind of 56 formula tommy guns are penetrated
RU2325615C1 (en) Method for identification of rifled firearms using neutron activation analysis
Lo et al. Determining the accuracy and errors of estimating a shooter’s position based on cartridge case ejection patterns
Rodriguez-Pascual et al. Preliminary study of gunshot residues in entry holes at different angles: Feasibility of using LIBS to support trajectory estimation
US20160018196A1 (en) Target scoring system and method
McConnell et al. A study of shotgun pellet ricochet
Daly Bullet Ricochet of Polymer Coated Bullets
Chung et al. A study on the precision wear measurement for a high friction and high pressurized gun barrel by using a diamond indenter
CN109827854B (en) Ballistic test device and impact point test method
Sava et al. The analysis of the vibratory movement of the gun barrel and its influence on the firing accuracy
Santangelo et al. Accuracy of impact angle determinations from bullet holes in drywall panels