Difference between Beam and Girder with 3D Animation

[@ellec7276]

Realize this isn't new, but I wanted 2tell creator... Incredibly Well Done! An easily understood explanation w/o condescending! TYSVM!👏🙂👏

[@civilengineering94]

Glad it helped!

[@TXRed1836]

Not to simplify the issue, but could we not just say that a girder is a beam which supports the load of another beam?

[@alexerre433]

Do we really need a word for that, then? O_o

[@fauzansyauqi2815]

@@alexerre433 chill , he just fronted an idea

[@michael7144]

@@alexerre433 yes, we still need a word to identify each beam and it’s purpose. o_o

[@bettygarcia296]

U made this so easy for me to understand...ty so much!

[@edwardsl8016]

Seems like in the animation you have the Girder as the longer beam 0:17 , and the beam being the one shorter. In your explanation in 3:04 you have that reversed around some how. Not sure how majority except for one in the comments did not catch onto that.

[@2nearalki306]

Does the beam HAVE TO sit on top of the girder or can it be attached to the side?

[@civilengineering94]

It depends on different situations

[@daksheshdesai6850]

Nice explain in simple language 👍👌👌

[@civilengineering94]

Glad you liked it

[@twinwc1978]

Great job explaining a girder. Reminds me of a glulam beam supporting truss joist when framing buildings.

[@Eger118877]

Great video, please keep posting more videos.

[@civilengineering94]

More to come!

[@Khoonibhai]

I was under an impression that when any non standard size of beam is fabricated, it is called a girder. As rolled sections come in standard sizes, but to reduce the structure weight and take more load a non standard beam is fabricated by welding plates to form web and flanges.

[@dodouniquelife9725]

Awesome

[@civilengineering94]

Thanks

[@Spnat123]

Thank you so much for this explaination

[@daksheshdesai6850]

More easy to understand by 3D design.

[@levdalabdelwedoud3530]

Love from Mauritania

[@jynsenemilio1820]

Who supports the girder? if it carries more load, why not put column on the girder.

[@kashifbajwa2001]

Very nice sir thank you so much for the film this is easy understanding

[@civilengineering94]

You are most welcome

[@KuldeepKumar-zp8zd]

So nice

[@civilengineering94]

Thanks

[@rajeevkumarsam5499]

Plz upload stiffner lecture

[@civilengineering94]

Ok

[@phelixmboji157]

I like this channel it's educative

[@civilengineering94]

Thanks #PHELIX

[@Premkumar-ve9xr]

Super dear brother

[@civilengineering94]

Thanks

[@Premkumar-ve9xr]

@@civilengineering94 keep on doing it brother great

[@sadddee]

Thanks!

[@argon805]

interesting. I got mixed up because the animation shows the is going the long way and in the drawing on the board, the girder went the short direction. But I guess it doesn't matter as long as the loading is correctly calculated.

[@SamPaulKirubakaran]

Thank you so much.

[@civilengineering94]

You're welcome!

[@itxumii4734]

Thanks.... Sir

[@57aditya]

I got confused. In the 3d animation the beams running longitudinal were called girders. But in the explanation part the transverse ones were called girders.

[@farosparamananda912]

Agreed. This is so confusing. Maybe girder (bigger than beams) is placed on shorter dimension (10m). Cmiiw.

[@stefanstoicescu7165]

As I understand, and it is a matter of notion only, the girder holds the beams.

[@alexmckenzie621]

thanks

[@civilengineering94]

You're welcome!

[@neelamprajapati7672]

Very useful

[@civilengineering94]

Thanks Prajapati

[@rexengineering5921]

Thanks alot

[@sheikhkais4140]

Offcourse sir

[@sdb816]

Thanks!