Deflection of beams 09 //Macaulay’s method//simply supported beam with udl over random length

In this video we will discuss Deflection of beams 09 //Macaulay’s method//simply supported beam with udl over random length

[@hemanthmunnangi6183]

Thank you so much sir😊

[@mechpm]

Welcome 🙏 Thanks for appreciation

[@HimanshuSharma-mj3ii]

mast solution hai boss ... this is the most amazing solution i have ever scene

[@vivekanandagonugunta5621]

Nice explanation sir this helps so much in my sem preparation

[@mechpm]

Thanks for appreciation😊, please share

[@meshackwachiuri566]

Wel;l did sir, I always found it tough to solve this but now is just like riding a bicycle.

[@mechpm]

Thank you so much❤️ Please share

[@norbertngniefoteping6838]

thank you so much. you help me understand much better thus saving precious time

[@mechpm]

Thanks for appreciating ☺️

[@faizanshaikh6036]

Why u not multiple 40x4 while calculating Mx?

[@faizanshaikh6036]

Udl to point load

[@mechpm]

Because distance is in terms of x already so we can't multiply by distance twice

[@yamkelasihono6384]

Thank you so much sir 🔥🔥🔥🔥🔥

[@mechpm]

welcome 😊

[@johntex1578]

nice💪

[@lenskart7651]

Sir ji isnt slope is zero at 2.688 m from A. Used Calculator

[@yanirajorgeundo1648]

Thank you

[@mechpm]

You're welcome😊

[@RohanPatil-sy1ns]

great teaching but the sound of biting somenthing in mouth is so irrirating so plz modify it

[@mechpm]

ok thanks for feedback

[@pramodnirala798]

Are bhai khud ni pdhna h pdhana hai khud solve kr rhe ho kase ho rha h ky ho rha hai

[@mohammedsajjad8476]

Why did you neglect the last term for finding max deflection I e 20÷3(x-5)^3

[@mohammedsajjad8476]

Pls explain

[@mechpm]

Because her value of x=3.83 lies between A and D. In Macaulay's method we consider upto only that part where deflection is being calculated. In this case value of x is between A and D so we will consider all loads left to D. That's why we have to neglect last term

[@mechpm]

Please watch my other videos on Macaulay's method from start. I have explained

[@Akashsky0007]

Nice video

[@awaneeshchaturvedi8901]

A lot of thanks sir

[@mechpm]

Welcome 😊

[@jannuprashanth5732]

Your teaching is good but your breathing sound is disturbing please don't make that noice

[@mechpm]

sorry for that