This model calculate the accerleration, distance, car speed, time, force, tire slip and resistance of a Tesla Model S P100D. And by changing of the input Parameters for any other car.
ire slip chart, rolling resistance chart, engine torque chart, moment of intertia, car pitch, static transmission efficiency
not include, perhaps in the next version:
dynamic transmission efficiency, loaded tire radius, rolling friction coefficient as function of loaded tire, tire slip controling over a fuzzy controller, real model of a ism/ipmsm or ic engine.
- first, load the tesla.m database with parameter charts, then the Simulink model.
- under set distance meters, mean the distance limit --> Quarter Mile etc.
- under upper and lower limit end of velocity, mean the limit of a speed barrier --> 0 -60 mph etc.
- under set 0 distance you can switching the limit as distance or speed barrier. Set 0 to distance and 1 for speed barrier.
All Units are Si, have fun.
Marcel Hoffmann (2023). Acceleration of a Tesla Model S P100D (https://www.mathworks.com/matlabcentral/fileexchange/73161-acceleration-of-a-tesla-model-s-p100d), MATLAB Central File Exchange. Retrieved .
MATLAB Release Compatibility
Platform CompatibilityWindows macOS Linux
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