simulators used in vehicles to prevent accidents

Read the Vehicle Dynamics International article, Lap Time Optimization, which discusses how to use CarSim to improve laptimes.Īutomotive Testing Technology International Magazine published an article titled, Electric Powertrain Analysis. In this article Mechanical Simulation Corporation's, Senior Development Engineer, Yukio Watanabe, Ph.D., describes the electric powertrain capabilities found in CarSim and TruckSim.īe sure to like us on Facebook and follow us on LinkedIn. Read the Automotive Testing Technology International article, Replication of tire behavior, about the importance of tires in vehicle dynamics simulation. Read the press release.Ĭheck out our some of our latest video presentations. Mechanical Simulation has Joined Applied IntuitionĪpplied Intuition, Inc., a simulation and software tools provider for autonomous vehicle (AV) development, has acquired Mechanical Simulation Corporation, a provider of vehicle dynamics simulation software most commonly known for its flagship product, CarSim. (a) The tractor traveling downhill on a dirt road (b) entering the curved and level the road surface (c) begins to slide (d) and rollover occurs.

The driving simulator can be used in many applications, such as safety design by a tractor manufacturer, safety training for farmers, and the design of safety standards by government.ĬarSim simulation results: Overturning process of the tractor on a sloped surface (μ = 0.25).

The research determined that the results indicate that the tractor driving simulator with a motion system is suitable for a virtual test platform to be used in safety research. This tractor driving simulator was developed using CarSim from Mechanical Simulation Corporation, MATLAB & Simulink from Mathworks, and motion platform system from Solution Inc. Their goal was to develop a tractor driving simulator and validate its capability by reproducing a tractor rollover scenario in simulation. However, it had to be confirmed that the simulation would behave accurately and match physical data. The use of a driving simulator makes it easier to understand the physics of the process compared with field experiments, which is highly beneficial for research on human–machine interaction and operator safety.įor this study they decided to use the safe, repeatable, and controllable environment of a driving simulator to conduct these experiments. In 2018 Japan has 274 fatal farm accidents, including 56 tractor rollover accidents.Ī tractor driving simulator can be a powerful tool for predicting and preventing rollover accidents. Rollover of tractors is a leading cause of fatalities and serious injuries in agriculture. In a technical paper submitted to Science Direct by Masahisa Watanabe, Hitachi, Ltd., and Kenshi Sakai, Tokyo University of Agriculture and Technology, the authors address tractor safety concerns regarding rollover, which is a major safety concern.

Simulators used in vehicles to prevent accidents