I have basic knowledge on vibration theory as I've already taken a course on it but it didn't cover complex situations topics such as the one I'm asking. It only covered the theory aspect with the plots.
That's exactly what I've just read actually. I've read the whole article but my only question out of that article is how to get that split mentioned. All the article said was "
if you’re feeling adventurous, correlate the crossover point on the transmissibility graph to a damper velocity as a...
Hey guys I'm trying to figure out the ideal knee speed or velocity split for a particular car that I'm designing. What I'm trying to do is relate the knee speed (or crossover speed) of my damper to the crossover point in the displacement transmissiblity graph so that I can achieve optimum...
I've been a bit lost figuring out what damper I should be using for the front suspension I am designing. Right now I'm running a wheel rate of 60 lbf/in at the front with a ride frequency of 1.2254 Hz. The front is also supporting a sprung mass of 391.68 lbf. Comfort is the end requirement of...
Well the problem is that i don't know how to get rid of the /s^2 in my final answer and even if i use the standard SI units ill still come up with an answer that has /s^2
Homework Statement
Hi I'm having trouble solving this physics problem if anyone can help it would be greatly appreciated !
Static pressure problem: A bathtub contains water to a depth of 20 inches. Determine the pressure at the bottom of the bathtub in both [psia] and [psig] (a being...
Homework Statement
Hi I'm having trouble solving this physics problem if anyone can help it would be greatly appreciated !
Static pressure problem: A bathtub contains water to a depth of 20 inches. Determine the pressure at the bottom of the bathtub in both [psia] and [psig] (a being...