Steel Design L5M| LSM| Design of Compression Members| Single Angle Strut| Numerical Problem 2| Hindi

This video lecture is suitable for Civil Engineering students and aspirants who wish to brush up on their basics.
References:
• Limit State Design of Steel Structures by S.K. Duggal (Mc Graw Hill Publication)
• NPTEL Lectures on Steel Structure Design by Prof. Damodar Maity.

[@ajeetchai2203]

Thank you mam 💚 God fullfill your all dreams 💚

[@civilengg.withakriti2556]

Thank you 😊

[@gk7800]

Lecture was useful and very interesting thanks man 🙏😇✔

[@civilengg.withakriti2556]

You're welcome...

[@BhanuSirEngineeringwale]

Thanks mam you are a good teacher

[@civilengg.withakriti2556]

You're welcome 😊

[@palak6513]

Mam ak question ❓ h Mam hm most of the case I section hi q use krta h .....??? Iska kya reason hai 🤔

[@civilengg.withakriti2556]

I section has high moment of inertia for small weight amongst rolled sections. As MOI increases, radius of gyration increases, Slenderness Ratio decreases, therefore the design Strength increases

[@palak6513]

@@civilengg.withakriti2556 🙏🙏🙏

[@ankitdhillon6250]

Thanks mam 🙏🏼🙏🏼🙏🏼

[@civilengg.withakriti2556]

You're welcome :)

[@mrNitesh263]

Mem ek baat btao 70x70x8mm ka cross sectional area h 10.58cm2 To ye mm me 1058 kese ho gya

[@civilengg.withakriti2556]

1 cm = 10mm therefore, 1 cm² = 100 mm² Hence, 10.58 cm² = 1058 mm²

[@PravatAryal650]

Mam cant we use table 9 for calculating fcd instead of that eqn?

[@civilengg.withakriti2556]

Yes, you can But for end semester exams some examiners might deduct your marks if your answer is incorrect. The only reason being that there will be very less steps for step marking

[@a.psnapsolution2722]

🥰🙏

[@civilengg.withakriti2556]

:)

[@RajendraPatil-mn5td]

Mam Yahape slenderness ratio 180 se above aa raha hai?? For section ISA70*70*8mm

[@civilengg.withakriti2556]

The Slenderness Ratio being calculated here is to determine the safe allowable load on the section

[@sumitwrd]

@@civilengg.withakriti2556 phir to slenderness ratio to satisfy nahi ho pa raha h na mam.

[@sumitwrd]

Please reply Ma'am

[@soumyaranjanmallick261]

Pu=65 Pd=67.89 Pu

[@mrNitesh263]

Mem pls reply jrur dena ....or jldi dena exam aane vale hn