Steel Design L5C | LSM| Compression Members | Buckling Class | Design Compressive Strength | Hindi

[@manishyadav-jb6qz]

nice explanation mam ,
also i am a civil engg. lecturer (upbte)
i like your session good affert mam keep it up👍👍

[@civilengg.withakriti2556]

Thank you 😊

[@-BhargavGayan]

Thank you ma'am...you are my savior!!!🙏

[@civilengg.withakriti2556]

My pleasure 😊

[@shubhampandey7773]

Very beautifully the concept is presented . Thanks mam.

[@civilengg.withakriti2556]

You're welcome 😊

[@shubhampandey7773]

@@civilengg.withakriti2556 Mam please provide the pdf of steel design of your notes .We will be indebted to you.

[@civilengg.withakriti2556]

I'll try to create a forum to share the PDFs

[@Gaurav428m]

Thank you so much ma'am aap non stop pdati hai 🙏

[@civilengg.withakriti2556]

You're welcome 😊

[@shahidqureshi4726]

best teacher in the world 🥹

[@civilengg.withakriti2556]

🙏🏽

[@maniteja1806]

Which buclkling class I choose for whole member either major axis or minor axis

[@civilengg.withakriti2556]

The lower class which is obtained from either axis

[@gk7800]

Why we take radius of gyration minimum?
हम परिक्रमण की त्रिज्या न्यूनतम क्यों लेते हैं?

[@civilengg.withakriti2556]

Slenderness Ratio is a critical factor used while designing the Compression Members.
Slenderness Ratio is inversely proportional to Radius of Gyration.
Minimum 'r' gives us maximum 'λ'. Hence, minimum radius of gyration is used.

[@gk7800]

@@civilengg.withakriti2556 ohk mam.. Thanks🤗

[@Shahicbk]

Very helpful.. Thank you so much..mam.

[@civilengg.withakriti2556]

Most welcome 😊

[@ASHISHKUMAR-td8wy]

Nicely explained....
Simplified....👍

[@civilengg.withakriti2556]

Thanks for liking

[@ashutoshbajpai6682]

Bahut bahut dhanyawad madam

[@civilengg.withakriti2556]

Welcome 🙏🏽

[@ashwini1346]

thank u mam

[@civilengg.withakriti2556]

Most welcome 😊

[@dwivedirahul6650]

Ma'am can you get the numericals of the steel structure done?

[@bhuvneshverma2947]

Great 🙌

[@civilengg.withakriti2556]

Thank You :)

[@ankitdhillon6250]

Thank you mam 🙏🏼🙏🏼🙏🏼

[@civilengg.withakriti2556]

You're welcome :)

[@Indian_898]

helpful 🙏

[@civilengg.withakriti2556]

Glad to hear that

[@ashok-nandlalmeghwal3986]

Mam, welded I section, and built-up section alg alg kese????

[@civilengg.withakriti2556]

Depends on the thickness of the members used and the loads they'll be subjected to... Conceptually both are similar to each other

[@shahidqureshi4726]

got out of marks in ci first and 2nd by seeing ur vedio mam 🥹♥️

[@civilengg.withakriti2556]

Great!!

[@palak6513]

Thank you mam jb app khti h MCQ 🥺🥺🥺🥺 pooch sakta

[@civilengg.withakriti2556]

You can post your queries in the comments section

[@agnivaroy8244]

Ma'am can you provide this PPT in description....bcz it is nice explaining for a beginner.. 🙂.. Thankyou Ma'am

[@civilengg.withakriti2556]

Sure

[@avinashvishwakarma6488]

ppt mila kya bro??

[@m.mohammedmustafa7752]

Mam compression member after please kindly this topics r important slab base , eccentric type-1,type-1

[@civilengg.withakriti2556]

Stay tuned :)

[@calvintouz4066]

Very helpful 👍

[@civilengg.withakriti2556]

Glad it was helpful!

[@chetansonkar3601]

Mam kon sq pen tab use kr rhi h

[@civilengg.withakriti2556]

XP pen tablet

[@tanmoysarkar00]

Thank you so much 🥰

[@civilengg.withakriti2556]

You’re welcome 😊

[@mdsazid6425]

Thnkuu mam

[@civilengg.withakriti2556]

You're welcome 😊

[@sameerkaware8608]

Thanks mam

[@civilengg.withakriti2556]

You're welcome 😊