The definitive interdisciplinary reference work for wound ballistics Basics The book begins by providing the necessary basic knowledge about physics, ballistics and ammunition and weapons. Then it describes the behaviour of projectiles in humans and animals (the physics of gunshot injuries) and introduces the experimental simulation of gunshot wounds, including the materials suitable for this purpose. Applications These basic principles can be applied in forensic medicine and criminalistics. The gunshot wound provides some forensic traces and the experimental reconstruction helps to understand the dynamic crime process. The wounding potential of non-lethal weapons can be determined. In emergency and war surgery, injuries caused by small arms bullets and fragments as well as by gas jets (of gas weapons) can be assessed. International conventions could be freed from undefined terms (such as "unnecessary suffering") with the help of physical quantities. Reference work Detailed tables as e. g. ballistic data of numerous cartridge types, also older ones, material properties, as well as many otherwise difficult to access data and a trilingual glossary of ballistic and technical terms in the languages German, English and French. NEW Wound Ballistics of European Police ammunition References to recent research results Partly coloured illustrations Due to the increase in terrorist and criminal activities worldwide, it is not only members of the armed forces who are affected. Surgeons, forensic doctors, police officers and criminalists also need to know and be able to assess the specifics of gunshot wounds.

The definitive interdisciplinary reference work for wound ballistics Basics The book begins by providing the necessary basic knowledge about physics, ballistics and ammunition and weapons. Then it describes the behaviour of projectiles in humans and animals (the physics of gunshot injuries) and introduces the experimental simulation of gunshot wounds, including the materials suitable for this purpose. Applications These basic principles can be applied in forensic medicine and criminalistics. The gunshot wound provides some forensic traces and the experimental reconstruction helps to understand the dynamic crime process. The wounding potential of non-lethal weapons can be determined. In emergency and war surgery, injuries caused by small arms bullets and fragments as well as by gas jets (of gas weapons) can be assessed. International conventions could be freed from undefined terms (such as “unnecessary suffering”) with the help of physical quantities. Reference work Detailed tables as e. g. ballistic data of numerous cartridge types, also older ones, material properties, as well as many otherwise difficult to access data and a trilingual glossary of ballistic and technical terms in the languages German, English and French. NEW Wound Ballistics of European Police ammunition References to recent research results Partly coloured illustrations Due to the increase in terrorist and criminal activities worldwide, it is not only members of the armed forces who are affected. Surgeons, forensic doctors, police officers and criminalists also need to know and be able to assess the specifics of gunshot wounds.

Charred, badly decomposed, or mummified corpses, as well as those restrictions forced upon coroners by certain religious sects, often make autopsies impossible to perform. In addition, lack of manpower among the personnel charged with performing autopsies frequently creates a backlog of cases in the coroner's office. This delay increases the likelihood that causes of death will go undetermined and criminal perpetrators will go unpunished. The solution can be found in what has come to be known as the virtopsy (R), a minimally invasive and efficient way to perform an autopsy through state-of-the-art imaging-guided means. A term coined by noted forensic pathologist Richard Dirnhofer, virtopsy refers to "virtual autopsy," a modality that employs a spectrum of technologies including computed tomography, magnetic resonance imaging and spectroscopy, and 3D photogrammetry and surface scanning. In The Virtopsy Approach: 3D Optical and Radiological Scanning and Reconstruction in Forensic Medicine, the authors reveal a comprehensive summary of the virtopsy procedure. Well-organized, detailed enough to serve as a how-to guide for newcomers to the field, and copiously illustrated with many color figures accompanied by appropriate explanatory captions, this volume breaks new ground in the world of autopsy science.

Interdisziplinar - DAS Werk zur Wundballistik Grundlagen Das notwendige Grundwissen uber Physik, Munition und Waffen, Ballistik Verhalten von Geschossen im Menschen und im Tier (Physik der Schussverletzung) Experimentelle Simulation von Schussverletzungen und die dazu geeigneten Materialien Anwendungen Rechtsmedizin und Kriminalistik Die Schussverletzung als kriminalistische Spur (Rekonstruktion des Tatablaufs, Schussdistanz) Nicht-letale Geschosse und ihre Gefahrlichkeit Gefahrdung durch Geschosse Notfall- und Kriegschirurgie Bewertung von Verletzungen durch Kleinwaffengeschosse und Splitter Gasstrahlen (bei Schreckschuss- und Gaswaffen) Internationale Konventionen Physikalische Masszahlen fur das Verletzungspotenzial (die Wirksamkeit) von Geschossen und Splittern Nachschlagewerk Tabellenwerk (ballistische Daten zahlreicher - auch alterer - Patronenarten, Materialeigenschaften, sowie viele sonst schwer zugangliche Daten) Dreisprachiges Glossar fachspezifischer Ausdrucke (deutsch, englisch, franzoesisch) NEU Wundballistik der Polizeigeschosse Hinweise auf neuere Forschungsergebnisse Farbige Abbildungen Durch die Zunahme der terroristischen und kriminellen Aktivitaten weltweit sind nicht nur Armeeangehoerige betroffen. Auch Chirurgen, Rechtsmediziner, Polizisten und Kriminalisten mussen die Besonderheiten der Schussverletzungen kennen und beurteilen koennen.