I am using these tutorials to refresh a course on Modeling and Design of Dynamic Systems that I took about 25 years ago. I didn't finish college back then but now I am determined to go back to CSULB and finish what I started.
Well, 25 years ago I finished mechanical engineering but the lesson of control systems was not required. Now, I study aeronautical engineering where this lesson is obligatory. So first I will look at all of Mr Rossiter videos and also his pdfs.Then I will have to solve lots of exercises from lots of books.
John Rossiter Just realised my mistake, the velocities are indicated in the positive direction of their vectors, I was assuming it meant the direction of the left end of the damper, totes hilar
I am using these tutorials to refresh a course on Modeling and Design of Dynamic Systems that I took about 25 years ago. I didn't finish college back then but now I am determined to go back to CSULB and finish what I started.
Well, 25 years ago I finished mechanical engineering but the lesson of control systems was not required. Now, I study aeronautical engineering where this lesson is obligatory. So first I will look at all of Mr Rossiter videos and also his pdfs.Then I will have to solve lots of exercises from lots of books.
Is it true that friction will keep increasing with velocity for all values of velocity?
Friction is Constant * Force. but v is not force (velocity).????
I also dont understand this
Shouldn't the velocity w at 6:20 be in the opposite direction?
komodo961 Sorry I cannot see a mistake in what I have done. damping force is based on difference in speed of the two ends.Anthony
John Rossiter Just realised my mistake, the velocities are indicated in the positive direction of their vectors, I was assuming it meant the direction of the left end of the damper, totes hilar
audio is very bad.