Vehicular accident reconstructions are often conducted by specialized units in law enforcement agencies, to answer questions about automobile accidents, such as who was driving, who was breaking the law, where were the victims seated, were they using seat belts? Through accident reconstruction, rigorous analysis is done, with expert witnesses that can present results in trial. Accident reconstructions are done in cases involving fatalities, and often when a school bus is involved. Factors looked at during accident reconstruction include steering angles, braking, use of lights, turn signals, speed, acceleration, engine rpm, cruise control, and anti-lock brakes. Witnesses are interviewed during accident reconstruction, and physical evidence such as tire marks are examined. Results from accident reconstructions are also useful in developing recommendations for making roads and highways safer, as well as improving safety aspects of motor vehicle designs. Forensic engineers are also often employed to conduct in depth collision analysis and reconstruction to identify the collision causation and contributing factors in different types of collisions, including the role of the driver(s), vehicle(s), roadway and the environment. The laws of physics and engineering methods such as linear momentum are automatically calculated while using the software. This is accomplished by applying the laws of physics and engineering methods such as motion, energy and momentum to motor vehicle collisions.
High Profile CasesJames Dean Fatal Accident, September 30, 1955 Accident Reconstruction SoftwareAccident Reconstruction Software is used to recreate crash and crime scenes and is regularly used by law enforcement in court to show what occurred in an accident. See also
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