_Jakob_
04-12-2017, 09:18 AM
Hi everyone,
first of all I want to thank everyone in this forum for their posts. Most of it is very interesting. But sadly, I didn’t found the answer to my question.
From my understanding Jacking is a vertical force component which will occur because lateral tire force is feed into the suspension. This vertical force component can raise the vehicle body.
If this force can raise the body then there must be (actio= reactio) a vertical force due to Jacking in the tires.
So, when I want to calculate the normal tire load on each tire (steady state cornering) I must consider the total amount of lateral load transfer + the Jacking force (here I don't mean the higher LLT due to a higher C of G)! Is this correct?
Here I got confused because in the literature Jacking is not be considered in the total LLT.
I hope you can help me...
Cheers Jakob
first of all I want to thank everyone in this forum for their posts. Most of it is very interesting. But sadly, I didn’t found the answer to my question.
From my understanding Jacking is a vertical force component which will occur because lateral tire force is feed into the suspension. This vertical force component can raise the vehicle body.
If this force can raise the body then there must be (actio= reactio) a vertical force due to Jacking in the tires.
So, when I want to calculate the normal tire load on each tire (steady state cornering) I must consider the total amount of lateral load transfer + the Jacking force (here I don't mean the higher LLT due to a higher C of G)! Is this correct?
Here I got confused because in the literature Jacking is not be considered in the total LLT.
I hope you can help me...
Cheers Jakob