Slenderness Ratio Of Column:Effective length of column for different support condition

[@omkarkerkar4527]

your explanation is great sir... thanks for making it simple...💥

[@amolgaulkar86]

For slenderness about minor axis,You should consider moment of inertia about minor axis. Correct me if I am wrong.

[@TonmoyMaity]

Yes, you are right.

[@jkay4493]

Great explanation!! I learned more on this video than my course lol

[@TonmoyMaity]

Great to hear!

[@sayedmohamad7415]

Thanks for your detailed presentation, it is really informative

[@TonmoyMaity]

Glad you like it

[@steelramesh]

very well explained,, i have got clear understanding about radius of gyration,buckling curve and effective length and ofcourse about sine wave👌👌

[@TonmoyMaity]

Glad to hear that

[@aakkaasshhscreation579]

👏👏🔥🔥Superb sir 😇 darun 👌

[@TonmoyMaity]

Dhnyabad

[@prakuks7426]

great explanation. So helpful

[@TonmoyMaity]

Glad it was helpful!

[@AqsaNeaz]

Amazing

[@hetul1431]

Really Appreciate your work 🎉🎉

[@TonmoyMaity]

Thank you so much 😀

[@mustafahusainmomin471]

Bro I appreciate your effort. Would you please make video on ELY and ELZ for RCC columns which we apply in STAAD?

[@TonmoyMaity]

Ok

[@pradeepdhabi2043]

Nice explanation

[@chichangmomin1212]

Very good explanation sir

[@TonmoyMaity]

Thanks and welcome

[@farookali6693]

Great explanation , really appreciable.

[@TonmoyMaity]

Glad you like it 🙏

[@anayaturrehman8942]

Superb explanation 👍

[@TonmoyMaity]

Glad you liked it

[@Pylon_Design]

Thank You 💐 Useful 💐

[@TonmoyMaity]

Welcome 😊

[@Szhihihihihihi]

Thanks and keep it up !

[@TonmoyMaity]

Thanks, will do!

[@juicygaming2652]

Explained very nicely🙏

[@TonmoyMaity]

Thank you so much 🙂

[@riteshbisht3097]

Very nice sir keep it up nice explanation 👌

[@TonmoyMaity]

Glad you like it

[@tambwemangalafrixel9061]

great explanAtion

[@TonmoyMaity]

Glad you like it

[@vipuldasondi1243]

Explained very nice.

[@TonmoyMaity]

Thank you Vipul ji

[@ningzhu6879]

Thanks mate, it's really helpful.

[@TonmoyMaity]

Glad you like it

[@subirroy69]

More videos are required

[@steelramesh]

tried but unable to join membership

[@marzanuddin9303]

Its really helpful.

[@TonmoyMaity]

Thanks 😊

[@venkatesh2285]

Bracing and unbarring length what is that and what is k factor? How to calculate them practically

[@dini6101]

I find really helpful,thank you

[@TonmoyMaity]

Thanks for your appreciation 🙂

[@engr810]

Thanks

[@TonmoyMaity]

🙏

[@rubel1203]

Tremendous indeed..

[@TonmoyMaity]

Glad you like it.

[@kalyankumar.g.p.s662]

Love for concept❤😘

[@TonmoyMaity]

Glad you like it

[@borna6403]

excelent!

[@TonmoyMaity]

Glad you like it

[@sumonislam5738]

You are Boss🙏

[@TonmoyMaity]

Love your support.

[@arkoprabhamanna]

Suppose the columns are of same cross section and same support conditions. But one is of wood, one is of concrete, one is of steel and last is made of plastic. How does slenderness ratio differ for different materials? Please tell about it technically.😅

[@TonmoyMaity]

Slenderness Ratio is independent of Material property.

[@saimsiddiqui1544]

best

[@TonmoyMaity]

Glad you like it

[@telestruct]

@Tommy, thanks for explanation, we suppose to consider Imin=d*b^3 /12 to determine minimum radius of gyration which gives the greater slenderness ratio, right ?

[@TonmoyMaity]

Yes

[@srocksmusic]

What are b and d here?

[@srocksmusic]

Looking forward to your reply soon as I need it urgently. Thanks in advanced :)

[@TonmoyMaity]

b= width d =depth

[@srocksmusic]

@@TonmoyMaity Alright sir, thank you :)

[@dhavalmistry5856]

the video is good but i insist to remove the background sound it is very distractful and also cant able to hear properly what you are speaking

[@TonmoyMaity]

Thanks for your observation.

[@DS-4OFFICIAL]

Hindi mein bhi bta diya kro taki hindi walo ko bhi samajh mein aa jaye.

[@TonmoyMaity]

I'll try