Mechanical Engineering: Ch 10: Forces on Cables (6 of 33) Uniform Distributed Load

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In this video I will derive the equations to find the forces acting on the cable with uniformly distributed load.
Next video in this series can be seen at:
• Mechanical Engineering...

[@ashishtiwari1912]

You are one of the best teachers in the field of mechanics...thank you for your contribution :)

[@sparshanand8843]

Hai Loda kya bolke nikl gaya pate nhi chla

[@Sableagle]

Thank you! Beautifully explained, perfectly clear and in less time than it took to find the video.

[@MichelvanBiezen]

Glad it was helpful!

[@jgpabster]

If this were a simple zipline, how would you work backwards to determine the load transferred to guys beyond A and B if you new the tension and expected load on the cable?

[@megatronusprime4824]

Civil engineering student here, best prof ever

[@MichelvanBiezen]

Thank you. Glad you found our videos. 🙂

[@bwamuramelisha809]

thank u very much have enjoyed it

[@olmervegacruz9546]

alguien sabe en que libro puedo encontrar el ejercicio

[@hoangdong6327]

why do you use x/2 (a half of arc length CD) as the distance between D and shelf of Wx? Because the distance between D and shelf of Wx is smaller than x/2?

[@hoangdong6327]

oh yeah, i got it

[@maezytaboada861]

Thank you.

[@nurettinserdar8918]

thank you

[@ms.b2220]

hello, can someone please recommend me to a channel i can learn the Calculation of deck arch bridges

[@sandovstv6515]

why does point C does not have Fy ?

[@aditisingh3631]

Thank uh for this vedio ....
But can uh please explain me that
If a heavy string attached at the ends at same horizontal level and when central Dip is very small approaches which type of curve and why ???
Please explain me

[@leinakaehr1557]

because this video is a case that outlines a uniformly distributed load along the cable. The situation you described is when its sags from self-weight, which is described by a different curve (catenary, next video in this series)

[@AJ-et3vf]

Great video. Thank you

[@MichelvanBiezen]

Thank you. Glad you found our videos. 🙂

[@michelscorez328]

how can we find the tension of the cable?

[@MichelvanBiezen]

That is explained in the videos in this playlist. Keep watching.

[@saidioussama2837]

Interesting

[@HienTran-hx4ih]

I think the shape behaves as hyperbolic curve. I have found a problem that the teacher use the length of CD as x is kind of wrong

[@vinayak1561]

Hiền Trần That concept applies for catenary cables, where the weight acting is just the weight of the cable. In this case the wieght is external and the cable has no weight. There is nothing wrong in this concept

[@faran_iqbal]

@@vinayak1561 Thanks

[@douglasrupp3601]

I was disappointed there wasn’t a lecture on a suspended cable with intermediate pulley supports

[@MichelvanBiezen]

No we don;t have that type of lecture.

[@kamot861]

How to compute the maximum force of cable?

[@MichelvanBiezen]

The maximum force (tension) on the cable will be at the highest connection point, where it carries the most weight.

[@juanochoagonzales5004]

Can you put the subtitles in Spanish please

[@safiullah6858]

great and love from pakistan

[@MichelvanBiezen]

Welcome to the channel.

[@genieyas5186]

The load is not uniform distributed

[@nickwest1909]

Wahhhhhhhh

[@MichelvanBiezen]

Glad you liked it.

[@8982150471]

hi

[@thessbarcenal7452]

Annoying

[@tritiyoalo03]

Why do you think so?