Hello guys
How can I calculate the following stiffness of the springs/suspensions in the case of inclined suspension (angle between suspension and axle)?
I know that the lateral separation of the springs causes them to develop a roll resisting moment proporcional to the difference roll...
\Huge |ab|=\sqrt{(ab)^2}=\sqrt{a^2b^2}=\sqrt{a^2}\sqrt{b^2}=|a||b|
and
\large |a+b|=\sqrt{(a+b)^2}=\sqrt{a^2+2ab+b^2}\leq \sqrt{a^2+|2ab|+b^2}=\sqrt{(|a|+|b|)^2}=||a|+|b||
where I utilize the following fact:
|2ab|=|2(ab)|=|2||ab|=2|a||b|
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À bientôt
?;-D