About: Forensic materials engineering

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Forensic materials engineering, a branch of forensic engineering, focuses on the material evidence from crime or accident scenes, seeking defects in those materials which might explain why an accident occurred, or the source of a specific material to identify a criminal. Many analytical methods used for material identification may be used in investigations, the exact set being determined by the nature of the material in question, be it metal, glass, ceramic, polymer or composite. An important aspect is the analysis of trace evidence such as skid marks on exposed surfaces, where contact between dissimilar materials leaves material traces of one left on the other. Provided the traces can be analysed successfully, then an accident or crime can often be reconstructed. Another aim will be to de

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rdfs:label	Forensic materials engineering (en)
rdfs:comment	Forensic materials engineering, a branch of forensic engineering, focuses on the material evidence from crime or accident scenes, seeking defects in those materials which might explain why an accident occurred, or the source of a specific material to identify a criminal. Many analytical methods used for material identification may be used in investigations, the exact set being determined by the nature of the material in question, be it metal, glass, ceramic, polymer or composite. An important aspect is the analysis of trace evidence such as skid marks on exposed surfaces, where contact between dissimilar materials leaves material traces of one left on the other. Provided the traces can be analysed successfully, then an accident or crime can often be reconstructed. Another aim will be to de (en)
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dcterms:subject	Forensic disciplines Engineering disciplines Materials science
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Wikipage revision ID	1051088563 (xsd:integer)
Link from a Wikipage to another Wikipage	Elastomer Elemental analysis Energy-dispersive X-ray spectroscopy FTIR NMR Nitrogen Scanning electron microscope Metallography Forensic disciplines Applied spectroscopy Injection moulding Mechanical overload (engineering) Copolymer Optical microscopy Composite material Fatigue (material) Ozone cracking Microanalysis Microstructure Polybutadiene Glass Etching Brittleness Nitrile rubber Oxygen (disambiguation) Ozone Ozonolysis Diaphragm seal Forensic engineering Forensic polymer engineering Forensic science Fractography Fracture Fracture mechanics Stress corrosion cracking Polymer degradation Attenuated total reflectance Crankshaft Skid mark Acid Engineering disciplines Materials science Chlorine (disambiguation) Trace evidence Polymer Spectroscopy Circumstantial evidence Scanning electron microscopy Metal Rubber O-ring Ceramic Selenium in biology Thermoplastics Macrophotography Microtomy Cross-linked Polychloroprene ESEM Infra-red spectroscopy Vulcanized UV spectroscopy Thermosets Windscreen $http://dbpedia.org/resource/File:Glass_fracture.jpg$
sameAs	Forensic materials engineering Forensic materials engineering Forensic materials engineering Forensic materials engineering Forensic materials engineering
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has abstract	Forensic materials engineering, a branch of forensic engineering, focuses on the material evidence from crime or accident scenes, seeking defects in those materials which might explain why an accident occurred, or the source of a specific material to identify a criminal. Many analytical methods used for material identification may be used in investigations, the exact set being determined by the nature of the material in question, be it metal, glass, ceramic, polymer or composite. An important aspect is the analysis of trace evidence such as skid marks on exposed surfaces, where contact between dissimilar materials leaves material traces of one left on the other. Provided the traces can be analysed successfully, then an accident or crime can often be reconstructed. Another aim will be to determine the cause of a broken component using the technique of fractography. (en)
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