Bullet ricochet mark plan-view morphology in concrete an experimental assessment of five bullet type

Aug 5, 2026

This experimental assessment delves into the plan-view morphology of bullet ricochet marks imprinted on concrete. The study meticulously examines how different bullet types interact with and deform concrete surfaces upon impact, leading to distinct mark characteristics. By analyzing five distinct bullet types, the research provides crucial insights into the variabilities in ricochet patterns, including depth, width, striation details, and overall shape, as influenced by factors such as bullet caliber, material composition, velocity, and angle of impact. The findings aim to enhance the understanding of ballistic evidence identification and interpretation in forensic science, particularly in reconstructing impact events and determining the nature of ammunition used in criminal investigations. The detailed analysis of the generated marks offers a scientific basis for distinguishing between different bullet impacts on concrete substrates, contributing to more accurate and reliable forensic examinations and expert testimonies.

LanguageEnglish

CategoryResearch & Report

FormatPDF

Pages30

Reading Time1 h 16 min

AccessFree to download

Introduction

Methodology

Results

Discussion

Conclusion

FAQs

What is the primary focus of this study?

The primary focus of this study is to investigate and analyze the plan-view morphology of bullet ricochet marks on concrete surfaces, specifically examining five different bullet types.

What factors influence the morphology of bullet ricochet marks on concrete?

The morphology of bullet ricochet marks is influenced by factors such as bullet type, caliber, material, velocity, and the angle of impact with the concrete surface.

What is the practical application of this research?

This research aims to enhance the understanding and interpretation of ballistic evidence in forensic science, aiding in the reconstruction of impact events and the identification of ammunition types used.

Aug 5, 2026

Upload by Ava Thompson