Hello, I have been watching your video but I noticed a contradictory point with another video. I am attaching the link to that video, (ruclips.net/video/mC4KHIPdYKo/видео.html) if you do not want to open the link you can try to search for "Ram Kinhikar-Calculation of Degree Of Freedom. (DOF)" video, which is a 13:31 duration video. ıf you go to minute 10:43, you will see he is investigating the same frame structure as on your 07:12 min. So, He says 6 DOF for the system and you say 3, can you explain how?
Hello! The degree of freedom in this video is different from the link you sent. I think this video will answer your question (ruclips.net/video/0NDE7rZMz0s/видео.html)
Well explained
Thank you mam for your detail explanation
Internal hinge Dk= 4. x,y,teta1,teta2
InstaBlaster...
Dk for. Hinge== 4
Hello, I have been watching your video but I noticed a contradictory point with another video. I am attaching the link to that video, (ruclips.net/video/mC4KHIPdYKo/видео.html) if you do not want to open the link you can try to search for "Ram Kinhikar-Calculation of Degree Of Freedom. (DOF)" video, which is a 13:31 duration video. ıf you go to minute 10:43, you will see he is investigating the same frame structure as on your 07:12 min. So, He says 6 DOF for the system and you say 3, can you explain how?
Hello! The degree of freedom in this video is different from the link you sent. I think this video will answer your question (ruclips.net/video/0NDE7rZMz0s/видео.html)
Is DOF same as Dk
Yes
@@poojahegaje3426 well l have omr complex question which l want to ask but l don't know how l can reachout to you, its a picture question
@@poojahegaje3426 how do we get Calculated DOF . And how do we get DOF of members
@@effortnemabwe5618 u can refer the previous video. U can upload the image of problems
@@poojahegaje3426 where should I upload the image of the problem