Thank you! I'm from Brazil and haven't been able to find a single lecture about cables with distributed load in portuguese. Decided to check on english and found a great one!
Thank you so much! I love your lectures! The one you did with the Bernoulli equation with wind uplift is one I still reference even after all this time!
No, this chain has a weight distributed on it. A freely hanging chain does behave as a hyperbolic cosine, but not a chain with additional mass distributed over it.
Thank you! I'm from Brazil and haven't been able to find a single lecture about cables with distributed load in portuguese. Decided to check on english and found a great one!
Welcome to the channel!
Thank you so much!
I love your lectures!
The one you did with the Bernoulli equation with wind uplift is one I still reference even after all this time!
is this the same for an asymmetrical parabolic cable?
Isn`t the equation of the cable a cosine hiperbolic and not a parabola? The catenary form?
watch the videos later in the playlist
@@MichelvanBiezen thanks, but the question was: the cable describes a parabola or a catenary?
A hanging cable that has weight and is without a load will have the shape of a catenary.
Please en Flexible bus bar in substation with insulator?? references techniques? IEC or ANSI with considerar insulator en short span, with bunddle
thank you
You're welcome
great
Wrong wrong very wrong. The shape behaves as a hyperbolic cosine, that is y=a.cosh(x/a)+c, where cosh(t)=(e^t+e^-t)/2.
No, this chain has a weight distributed on it. A freely hanging chain does behave as a hyperbolic cosine, but not a chain with additional mass distributed over it.
????? You are very stupid hahahaha