The Twitter user who shared the chilling video urged everyone to use it as a gentle yet scary reminder of why one must choose to drive safely. If the video is anything to go by, it is apparent that surviving the collision at 200 and 260 mph will only be a miracle. Chances of survival gradually decrease from 30 mph to 260 mph. The video indicated how the vehicle turns into a ball of destruction making it a ticking time bond. But the same cannot be said for the interpretation of cars at 200 mph and 260 mph. At the pace of 180mph, the wheels of the vehicle fall off leaving it totally wrecked. When the collision takes place at 120 mph, the situation turns worse and the car becomes unrecognizable. At 50mph, the damage still appears to be manageable, but the vehicle is totally wrecked at 80mph. Only the front area appears to be crumpled with manageable damage, however, the situation is changed for the cars with high speed. The first car in the clip runs at a speed of 30mph when it hits a pole. The extent of damage caused by the car at higher speeds is also high and the simulation video is proof of it. Now, a terrifying car crash simulation video is sure to make you pay keen attention to the safety norm. It is found that a considerably good agreement exists between both data, and that this model may be used as a computerized accident analysis method.For a safer journey, it is always advised to drive within the speed limit to avert accidents.

In this report, calculation formulas are described, and numerical solutions obtained by the model are compared with those of the crash experiments. Further, a two-dimensional occupant model with one mass and three degrees of freedom in consideration of deformation properties of human body has been developed and incorporated in the vehicle collision model, in order to analyze the occupant crash victim. For this research, a two-dimensional car-to-car collision model, in which vehicle crash properties and tire forces are considered, has been developed to predict accelerations, deformations, trajectories and tire yawmarks of each vehicle. In analyzing road accidents, it is important to estimate the vehicle behavior and the occupant movement according to the accident site conditions, such as the final vehicle rest position, damage profiles and tire scuffs.

Vehicle accident simulation