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Great explaination thank you

I need connect with you 😢

❤thanks sir

Tq so much sir! Well explqined

Best explanation on bearing selection....

amazing lecture it was very usefull

Thanks from Russia)

sir im stuck in a question in which I have to find out power considering Velocity Factor I'm given with module ,face width, Lewis Factor ,rpm,and number of teeths in both pinion and gear , can you plz help me with that how should I proceed

24y=0.337 why Sir please tell

great

I’m have some doubts in this module Can you help me?

for mass m1 stiffness force will be k1(X1-X2) and for mass m2 k2(X2-X1) which you have taken both are same...

Fantastic 😩❤

Thank u so much Sir

thank you for this

Very nice sir thank you

Dear Sir Could you tell me this topic "Linear Oscillators with Multiple Degrees of Freedom Free Undamped Vibrations" is same you gave on lecture sir i'm confusing on "linear oscillators" if you will give me reply i'm very grateful

Dear Sir Could you tell me this topic "Linear Oscillators with Multiple Degrees of Freedom Free Undamped Vibrations" is same you gave on lecture sir i'm confusing on "linear oscillators" if you will give me reply i'm very grateful

Dear Sir Could you tell me this topic "Linear Oscillators with Multiple Degrees of Freedom Free Undamped Vibrations" is same you gave on lecture sir i'm confusing on "linear oscillators" if you will give me reply i'm very grateful

Dear Sir Could you tell me this topic "Linear Oscillators with Multiple Degrees of Freedom Free Undamped Vibrations" is same you gave on lecture sir i'm confusing on "linear oscillators" if you will give me reply i'm very grateful

Three M20 × 2.5 coarse thread steel bolts are used to connect a part to a vertical column, as shown in figure. Calculate the maximum allowable value of P. Design ecisions: The allowable stresses for the bolt are ID(0000↑↑↑) MPa in tension and ID(0000↑↑↑) MPa in she

i have the same problem the force 5kn is unknown but the given is max. allowable stress in shear and tension how to solve this? he wants the value of the maximum force

Sir can you please upload lectures on selection of materials topic of machine design

thank you

thankyou sir... Mai ne no book me likh liya... useful for gate exam....

sir, in last equation x(t)= fi_i*q_i at 51:08 , fi1, fi2 all are known by initial condition?

Amazing explaination man !....easily understandable

Would you please also upload videos on stress concentration topic ?

Wow very nice. Hope to see you back soon❤❤👍👍

Sir please make a video on normal stress on the plane of minimum stress

tq sir

Excellent sir.👌👌👌👌

Thank u for this explanation sir 🙏🙏

Legend

Hi sir... Ur videos is really helpful... Coud you please explain in detail how the physical meaning of this expression System coordinate = Modal matrix * Modal coordinate... How this expression was expressed... It will be really useful

👍👍👍

Very educational. Thanks for the support.

tq sir

thank you!

hello, at the final step where we convert from principle coordinate back to physical coordinates. What values do we use for the modal matrix phi? Do we use the m-orthogonal mode values at 13:50 ?

Just wanted to say, I'm watching the whole series and I am so grateful for these videos you explain what my lecture can't.

Hello. Great video as I learned it completely here. Just a quick question. How did you simplify at 13:14 the cos 2 theta's?

sir...can we have an example of multi degrees of freedom for a torsional vibration problem

Thanks you, Very helpful

Well Explained, Thanks!

Sir, At 21:24 its phi(3) instead of phi(2) toh aage it goes wrong.

Very well explained.

kinldy recomend the book in which you are teaching

Very well explained. Time saver. 👍

Nice explanation...can you also make a video on mdof system subjected to random vibration.