Refer to help document of matlab, it said that when velocity is lowwer than a specific value, the block saturates the slip denominator as Vlow.So,When velocity is close to 0, sliping will be occured even if there is no driving torque input in this mathod.since Fx is calculated by Fz and Slipping, Fx will be more than 0. what i want to ask is how to solve this, avoiding Fx>0 at no torque and no velocity point.Refer to help document of matlab, it said that when velocity is lowwer than a specific value, the block saturates the slip denominator as Vlow.So,When velocity is close to 0, sliping will be occured even if there is no driving torque input in this mathod.since Fx is calculated by Fz and Slipping, Fx will be more than 0. what i want to ask is how to solve this, avoiding Fx>0 at no torque and no velocity point. Refer to help document of matlab, it said that when velocity is lowwer than a specific value, the block saturates the slip denominator as Vlow.So,When velocity is close to 0, sliping will be occured even if there is no driving torque input in this mathod.since Fx is calculated by Fz and Slipping, Fx will be more than 0. what i want to ask is how to solve this, avoiding Fx>0 at no torque and no velocity point. tire, magic formula MATLAB Answers — New Questions

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