Instantaneous Centre method of Velocity Analysis - Four bar mechanism | Four bar IC method | KTU MOM

Instantaneous Centre method of Velocity Analysis - Four bar mechanism | Four bar IC method | KTU MOM

[@randyhemp]

Well explained 👍🏻👍🏻👍🏻👍🏻 good work

[@mentor1324]

sir lovely explanation

[@joelalex8236]

Really good video..Well explained..Could you pls give some explanations on some tougher problems in Instantaneous Centre method?

[@shivasmart967]

tq bro

[@nandakumarmb]

Thank u for the effort.

[@MohitDadu]

😇

[@rick-ogdennzenguenzengue55]

Thanks you very much. God bless you !!!!!!!!!!!!!

[@edutechguruengineeringlear4280]

kzbin.info/www/bejne/gorcf5WuocqamKc

[@shafinahmed7727]

May I know which software you are using for digital writing?

[@Tickheart1]

Sir can you solve this problem.... locate all the instantaneous centres for a four bar mechanism as shown in figure .the length of various likes are AD=125mm,AB=62.5mm ,BC=CD=75mm.if the link AB rotates of a uniform speed of 10 r.p.m. in the clockwise direction,find the angular velocity of the links BC &CD

[@thulithjayarathne5658]

good

[@MohitDadu]

Thanks

[@shayay0aa]

Thx, can you post pdf file for this presentation

[@sekhar019]

,👍🙏🌟🌟🌟🌟

[@muhammadbasheer925]

Can u do problems on friction and belt drivers

[@edutechguruengineeringlear4280]

kzbin.info/www/bejne/hIicqoOOdsp1has

[@niranjanwagh5767]

What if link 2 and link 4 are at 90 degree. How to find velocities then?

[@edutechguruengineeringlear4280]

kzbin.info/www/bejne/hIicqoOOdsp1has

[@sumanthremalli3004]

Angular velocity ration is inversely proportional to its legths

[@vannelasaisidhartha763]

I 13 B value how u got

[@MohitDadu]

By measuring from the configuration diagram graphically

[@naveenmadineni5467]

@@MohitDadu how to measure bro

[@h2ochemistry484]

@@MohitDadu how to do that.............

[@MohitDadu]

@@h2ochemistry484 you are knowing the link lengths.... Based on which you are drawing the mechanism configuration diagram. And you are locating the instantaneous centres in the same figure, from which you can measure the diatances.