First of all, this is a really great video. .Thank you for this simplistic tutorial. This will surely help me in my study to understand the dynamics of the vehicle.. Great work.
hi Ahmed, this is really great video.. I designed a basic quarter car model at simulink with PI Control but the resulting output of a circuit that uses a controller and without a controller get the same value.. can you help me solve it, i have made the circuit and i can send it to you by email
First of all, this is a really great video. .Thank you for this simplistic tutorial. This will surely help me in my study to understand the dynamics of the vehicle.. Great work.
ماشاء الله برنس يا بشمهندس , جزاكم الله خيرا , Well prepared and fruitful content ,Thank you
Very good man, loved it. I needed to design the suspesion, didnt knew where to start. Thanks buddy. Really loved it.
Nice one buddy
Nice explanation. keep up the good work !
How do I determine the speed of the model? For example, I want to test it at speeds of 30 km/h, 60 and 100.
great video nd helpful
Really its helpful for me..........
hi Ahmed, this is really great video.. I designed a basic quarter car model at simulink with PI Control but the resulting output of a circuit that uses a controller and without a controller get the same value.. can you help me solve it, i have made the circuit and i can send it to you by email
Thanks man, you help me. May you can solve a doubt, to determine the total spring movement its = (unsprung mass - sprung mass)/motion ratio? it is?
❤
Dear Ahmed, I designed a basic quarter car model at simulink but i could'nt understand some parts. Can i contact you?
Yes feel free Mehmet
Is that compulsory to neglect cs damping coefficient ??
No.. If you consider it, then you'll have to differentiate the input to account for that damping force term in the equation.