Mohr's Circle for 3D Stress | Lecture 3 | Machine Design

[@14dayztimeap8]

Great Lecture by Venu Gopal Sir...

[@siddharthjain4814]

3D : 14:35

[@fawazashuor2316]

ابيض وجه

[@Engineeringidea001]

This video was really helpful to me. Thanks Gate academy

[@ScholarStream_25]

Paisa wasool lecture. Maza aaya bhai ❤️

[@nishantsingh7453]

kitna paisa diya tune iss lecture k liye

[@riteshguptaself-owneddesig7685]

Very soft easy to understand english tutorial

[@surajchaudhary2063]

Sir ,please upload videos related to theories of failure

[@asty2323]

Good job

[@rajeshupadhayay6138]

Nice

[@likithkumar7073]

Awesome lecture

[@ravi1503-clw]

How to calculate sigma 1,2 and 3??? then after i can draw Mohr circle

[@ScholarStream_25]

Once you are given rectangular stress components ( Sigma x, sigma y ,Sigma z) Then you can calculate sigma 1,2,3 by using 3 stress invariant rule and cubical equation hence after you solve the 3 stress invariant substitute in cubical equation and after th equation you'll get 3 roots which will be in the form of sigma 1,2,3

[@asty2323]

[@dioplofficiel1013]

Teta est positif dans la direction trigonométrie je pense que vous vous êtes trompé

[@GOURAVKUMAR-el7rl]

Bhai videsh me nai padha rhe ho.

[@MrCoolSwimmer]

my ears were bleeding 30 seconds in

[@infinitesimha9312]

Kaha ky chahte hai sir ye to samaj hi nahi ayaa😂😂😂

[@AmitPatil-f5s]

cut the intro, it looks shit tbh, great lecture tho...

[@theosophytheist4303]

Please speak in hindi.. and write in english

[@chandanmahto4805]

Plz elaborate in hindi

[@rana450]

Great lecture

[@asty2323]