Calculation of Degree Of Kinematic Indeterminancy. (DOKI)

This video explains the procedure to calculate Degree Of Kinematic Indeterminancy (DOKI) of any determinate and indeterminate structure.
Required as a prerequisite for analysis of structures by deflection methods like Stiffness Method, Slope Deflection Method etc.
Structural Analysis by Prof. Ram Kinhikar.

[@wintersoldier845]

Thankyou sir ❤
Best explanation ❤

[@Syedshoaib2030]

No one explain the difference between dof and doki.
Thank you so much for solving my confusion.

[@razinabdulmalik5651]

Im a student from Malaysian university of technology currently studying structural analysis and I find this video to be helpful. Thank you for your explaination sir.

[@ramkinhikar8995]

Thanks a lot for your kind words. Keep watching.

[@asawari3807]

After seeing this vedio , i need not to go on other vedio for this topic , EXCELLENT explanation

[@ramkinhikar8995]

Thank you, Ma'am. Keep watching.

[@pratikkanungo762]

sir, thank you so much alot for this video. i always used to getr confused or didnt get the concept properly and did mistakes. this video made it clear.

[@NatureGod369]

Sir, you explain concepts very clearly. Please make more videos on whole strength of materials and machine design. Wish u millions of subscribers.
Thanks and regards.

[@ramkinhikar8995]

Thank you, I will

[@satvikiitbombay]

no one is explaining the way you are explaining sir
hats off
everyone else on this platform are just reading the formula, which is too abstract

[@ramkinhikar8995]

Thank you. Happy that it reached proper students.

[@muhammadazeem4211]

Thank you for making this video

[@ramkinhikar8995]

Glad it was helpful!

[@Sanjaykumar-ov6sm]

way of explanation is very good without using formula

[@ramkinhikar8995]

Thank you.

[@harshitkumartaiter5889]

Well explained sir. Thanks

[@ramkinhikar8995]

You are welcome

[@aparna603]

You're amazing sir. Can't thank you enough ❤

[@ramkinhikar8995]

Most welcome!

[@therailenthusiasts6526]

Beautifully explained sir 😊

[@ramkinhikar8995]

Thanks and welcome

[@karabomohlala7257]

Thanks I finally get it

[@swarupdass7223]

Thank you Sir.. 🙏

[@loisenatangwe8784]

I love this 👌

[@ramkinhikar8995]

Thanks a lot. Keep Watching.

[@ksailu-fy9ms]

Super sir nice explanation

[@ramkinhikar8995]

Thank you for your appreciation. Keep watching.

[@thinkcivil34]

For the last question rotation of member CB and CD will be different so, will this increase degree of kinematic indeterminacy to 3? or it will be 2 as told by you.

[@ramkinhikar8995]

It is 2.

[@thinkcivil34]

@@ramkinhikar8995 Thanks for the confirmation 🙌

[@mst.sadiakhatun137]

Thanks a lot

[@ramkinhikar8995]

Happy to help

[@mahabuburrahman4165]

Tnx

[@ramkinhikar8995]

Welcome. It is the part of my job as a teacher.

[@riteshkumar5192]

👍

[@divyashreegk4667]

2

[@Tejas-cz9rj]

as per vtu 18schme

[@suncornsolarpower4854]

2