In this third edition of Vehicle Accident Analysis & Reconstruction Methods, Raymond M.
Brach and R. Matthew Brach have expanded and updated their essential work for …

Various methodologies and tools applied to identification of vehicle and collision impact
seek to present more and more accurate solutions to reproduce, restore, recreate and …

All camera lenses contain optical aberrations as a result of the design and manufacturing
processes. Lens aberrations cause distortion of the resulting image captured on film or a …

In this paper, a model of a car impact against a fixed roadside objects/safety barrier is
presented and discussed to solve a mixed task: to determine the pre-impact velocity of the …

Crash statistics demonstrate that newly licensed teenage drivers face a high risk of crashing.
Research efforts have been made to identify the underlying reasons. The literature reveals …

In most cases, the dynamic investigation of vehicle collisions with stationary obstacles
concerns solutions to complex tasks related to the identification of occupant position in the …

On-vehicle 3D sensing technologies, such as LiDARs and stereo cameras, enable a novel
capability, 3D traffic reconstruction. This produces a volumetric video consisting of a …

El artículo describe una metodología que permite estimar el coeficiente de fricción entre el
neumático de un vehículo y la superficie de la vía, a partir de las maniobras de frenado de …

This paper presents equations that relate the orientation and spacing of yaw mark striations
to the vehicle braking and steering levels present at the time the striations were deposited …

This paper examines a method for generating a scaled three-dimensional computer model
of an accident scene from video footage. This method, which combines the previously …