Deflection Formula for Cantilever Beam || Step by Step Proof

[@owenhatfield494]

Old but gold! Great Video, helped me out a lot.

[@civilengineering94]

Glad it helped!

[@brendanmiller2166]

How would it change if gravity were the only force acting vertically? Thanks for the helpful video

[@ranveerganna130]

Hey, It helped me a lot in understanding but can you also tell wether I can get this derivation in any book, research paper, or scientific journal because I need to cite it for a research paper

[@civilengineering94]

Good

[@ranveerganna130]

@@civilengineering94 Hey, I am asking for some research paper or journal where I can get this information?

[@youwuyou]

beer mechanics has the derivation.

[@MissPiggyM976]

Well done!

[@civilengineering94]

Thanks

[@travel_kick]

Is it double integration method?

[@Oscar-jg9gg]

What I still don’t understand till this day is why it’s okay to assume that dy/dx~0 with small angle approximation (M/(EI)=d^2y/(dx^2)/1), but that that idea just thrown out the window, especially when problem solving. If the dy/dx were to be 1, that would make curvature equal to infinity.

[@Rs-xy7dy]

Sir increse the volume on your video

[@civilengineering94]

Ok next time

[@travel_kick]

Slope is area under M/EI curve, similarly deflection is??

[@Suresh_babu00]

an axial bar of length L and uniform cross section A is fixed at one end and free at the other end. It is subjected to a uniformly distributed load of intensity q over the entire length.Making use of galerkin's method, solve for axial displacement and stress developed.Take young's modulus as E. tell the answer plz

[@JasonP-pe4yz]

thank you very helpful

[@civilengineering94]

Glad it helped

[@shadrachwray5160]

You the goat

[@brightchiagozie5152]

Please if c1 is constant of integration what is the figure

[@Sma0701]

C1x

[@hrutech6631]

Sir how to find natural frequency of free vibration natural frequency using deflection

[@laiqshah1100]

Very helpful sir. Shukran

[@favourotabasiasuquo5951]

Thank you.. This was really helpful tbh

[@civilengineering94]

Glad it helped!

[@syimiradani3424]

how do we get M=EId2y/dx2?

[@kulsumkhan1831]

Ye bending equation ka formula hai

[@chindohboy6480]

Thnx a millions sir for ur help

[@civilengineering94]

Always welcome

[@vonryanalberto6421]

Thank you. Very helpful

[@civilengineering94]

Glad it was helpful!

[@a.subramanyamanumakonda9704]

excellent

[@civilengineering94]

Many many thanks

[@sebrilarengh4583]

What is EI?

[@civilengineering94]

E = elasticity of material used and I = moment of inertia

[@sebrilarengh4583]

@@civilengineering94 Thank you ❤️

[@thetechtime2368]

How to download pdf

[@AbdurRahman-sc7ky]

Thanks sir

[@civilengineering94]

WELCOME

[@HelloWorld-lc5su]

super explanation

[@civilengineering94]

Glad you liked it

[@ngsbsad5502]

I'm having trouble with this topic😢

[@civilengineering94]

How can I help you in this regard?