Macaulay's method - Slope & Deflection of beams - Strength of Materials - Explained in Tamil

[@063raghulk4]

Excellent explanation 🔥🔥🔥🔥
Please continue sir

[@samainaUKSD]

Sir.... Clearest explanation ever.... Thank you so much for your service... Subscribed your channel🎉... Also will recommend your channel to my friends too... Please continue doing more videos sir....🎉🎉🎉🎉

[@LearnMechTamizh]

Thanks and welcome

[@snaringtones7138]

❤❤

[@snaringtones7138]

​Ipl😊l

[@jaijeeth933]

Sir your lecture is very excellent...!!

[@LearnMechTamizh]

Thank you so much... keep watching

[@dharaniv11]

Really vera lvl teaching sir🎉

[@dilipchoudharyp1043]

Super lecture sir! 🔥

[@LearnMechTamizh]

Thank you for your comment.. keep watching..

[@gokul.v1775]

Awesome sir 👍

[@meivelmeivel8420]

Sir excellent teaching skill ❤️

[@LearnMechTamizh]

Thank you Keep watching...

[@kannansvibe1824]

Pls upload daily one video sir😍😍😍

[@LearnMechTamizh]

Yes sure...

[@mechanicalengineers1990]

Useful video sir👌💪

[@ushadevigayathri1786]

Very nice explanation sir

[@LearnMechTamizh]

Thanks and welcome

[@juznbaedits7163]

double intergration method video podunga sir

[@maarancreation2769]

Super sir
Vera level keep doing sir

[@bangtansoneyeondan]

நன்றி❤

[@AGVanitha-fu3zf]

Super sir extraordinary explanation please continue

[@LearnMechTamizh]

Thank you so much keep watching

[@kumarg5785]

Wounderfull lecture

[@LearnMechTamizh]

Thank you for your comment...

[@noorpan2383]

Sir, try a different bending moment and shear force diagram problem. That one you did before was too easy.

[@k.palanivel6251]

Nice explanation sir

[@vkpm766]

Sir in finding out the deflection there is not wrote the x value after c1 term

[@Hollofied-Moron2205]

Sir while finding deflection
The EQ would be like : EIy=4.796X^2-225.73X
(X term will not be included ?)

[@manozz23]

It should be added i guess ... did you find out ?

[@chandrasekarpichandi8943]

Sir there is a correction at deflection at C. Please check. Thank you

[@sarathg7497]

very helpful sir...Thank you

[@LearnMechTamizh]

Thank you

[@jaijeeth933]

Kindly cover all the methods sir

[@LearnMechTamizh]

Thank you sir much.. definitely do it...

[@rithikroshan923]

very useful sir❤‍🔥❤‍🔥❤‍🔥❤‍🔥❤‍🔥

[@LearnMechTamizh]

Thank you.. Keep watching...

[@ramsehramseh120]

Thank you sir

[@oshandr]

Excellent!!

[@LearnMechTamizh]

Thank you for your comment .. keep watching

[@modern_vivasaai]

Very nice 👌 sir

[@SelvaKumar-ps2qe]

Very nice

[@LearnMechTamizh]

Thank you.. Keep watching...

[@kaursingh637]

sir - why 40 is plus ? thank u sir -amarjit - whether clock wise is + ve ?

[@LearnMechTamizh]

Yes

[@KaviyaBEAgriculture]

Important topic send pannunga

[@LearnMechTamizh]

Curved beam, principal stress, shear force bending moment, spring, thin cylinder

[@poojadawson8839]

Pls yaarachu solluga 3rd sem MOS exam ku entha topics la keppaga entha mathiri sums la important

[@allvideostamil.]

super

[@srirangan6849]

20:32 (20×5^2)

[@CIVILSPSNEKA]

Sir how to find maximum deflection and maximam slope

[@SANGEETHAM-o6z]

👌👌👌

[@rock_rocky_114]

❤

[@saju2385]

helical spring video explain pannuga sir

[@LearnMechTamizh]

Already explained see the play list in design

[@vithushan2018]

Sir i have a doubt on this section

[@LearnMechTamizh]

Already posted

[@sam.dinesh.8516]

👍👍

[@LearnMechTamizh]

Thank you keep watching

[@all_about_nothing3043]

60/2=30

[@PremKumar-ky7gl]

Why we take 40(x-3)^0, why 0 here sir?

[@LearnMechTamizh]

Anything power zero is equal to 1.. x-3^0 =1 .. so no changes in equation.. we must include because of this is bracket function

[@venkateshrajendran6219]

So according to you which method is better and quicker?. Reply pls

[@LearnMechTamizh]

Area moment method and conjugate beam method...

[@lakshmanans122mecha2]

How 40 (x-3)° came?

[@pravinpatil-t1k]

ruclips.net/video/AYKtlmdMkvs/видео.html

[@teasollumachi326]

sir som entral enna sir koncham sollunga sir or vilakkam kodunga enga ithu payan padum

[@pravinpatil-t1k]

ruclips.net/video/AYKtlmdMkvs/видео.html

[@mohamedhasim6615]

Great sir 👌

[@LearnMechTamizh]

Thank you...