Simulink Help (i would imagine its a pretty simple solution)

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SUMMARY

The discussion centers on simulating vehicle braking using Simulink, specifically addressing the challenge of managing brake application at high speeds. The user, Ed, successfully implemented an embedded MATLAB function to create a conditional statement that prevents the wheel brakes from engaging until the vehicle speed drops to 200 mph. This solution effectively integrates the parachute deployment at 400 mph and the drag force into the braking model, ensuring optimal performance without overheating the brakes.

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  • Familiarity with Simulink for vehicle dynamics simulation
  • Understanding of embedded MATLAB functions
  • Knowledge of vehicle braking systems and drag forces
  • Experience with conditional programming statements
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  • Learn about implementing conditional logic in embedded MATLAB functions
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Davieslad
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I have a system, setup to simulate the braking of a vehicle.

the vehicle decelerates from 400 mph to zero using a parachute, and conventional brakes

the parachute deploys at 400mph

to prevent the brakes from overheating they need to be used at a lower velocity

at present i have a simulink model which takes into account the parachute, the drag force off the car, and the wheel brakes, all from 400mph.

wheelspic-1.jpg


does anyone know what sort of 'block' would be most appropriate to stop the constant 'wheelbrakes' having any effect until v=200mph?

cheers

ed
 
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as it turn out, it was! i used the embedded MATLAB function to write a simple if statement...

so simple whaen you know how..
 

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