Portal de Cartagena
www.portaldecartagena.com
Public Safety School of the City of Cartagena (Espace) will host from October 5 the fourth edition of the Course Traffic Accident Investigation, Level III, aimed at local police of Cartagena and the rest of the Region of Murcia.
This course is part of the itinerary and Research Training in Traffic Accident, designed by the local police school in the Region of Murcia, in collaboration with the ESPAC.
The above courses are high level of expertise and training in the art and are based on the application of the principles of Newtonian physics to the investigation of accidents.
Concepts such as acceleration, power shift, force of friction, rolling resistance, center of mass, etc.. Are part of these teachings.
Traditionally, this level of expertise has only been taught in technical colleges through Masters or Diploma courses, as in the case of Catalonia, Valencia and Madrid, or by private centers specializing in this type of research located primarily in Zaragoza Ávila.
Also in the School of Traffic Civil Guard located in Merida advanced courses are held RAT.
The Cartagena is thus one of the few schools that have addressed local police to investigate accidents at these levels, given the complexity of the teachings.
The courses are designed and taught by the School of Local Police in the Autonomous Community of Murcia and the Espace, with the collaboration of several experts, such as the Local Police Inspector Antonio Garcia Ruiz, in addition to the experience Local police chief of Cartagena for the past 25 years, adds his degree in various engineering specialties and the local police sergeant Juan José Díaz Noguera, Criminologist and responsible for years of service overcrowded Cartagena.
In addition, it also has the collaboration of experts from the Guardia Civil in tachograph interpretation and forensic specialists responsible for teaching biomechanics of accidents.
PROGRAM.
LEVEL III
Mathematical Foundations and Euclidean geometry and terminology.
Concepts of trigonometry and trigonometric relationships.
Dimension drawings.
Practical applications of the assessment.
Physical principles.
Concept of vector, vector operations and its application
Magnitudes.
Measurement systems.
Equivalents
Scalar and vector quantities.
Concept of mass and weight.
Concept of velocity and acceleration
Uniformly accelerated rectilinear motion.
Curvilinear motion.
Fundamental principles of dynamics.
Frictional force.
Centrifugal force.
Principle of conservation of momentum
Principle of conservation of energy.
Strain energy: elastic and inelastic collisions.
Application of physical principles.
Calculation of kinetic energy.
Calculation of the energy of friction.
Dump vehicles.
Dissipated energy.
Forces and movement of vehicles during the collision.
Strain rate calculation.
Software accident reconstruction.
Measurement of a vehicle.
Collision with fixed elements, posts.
The technical report with study of speed.
Source: Ayuntamiento de Cartagena
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