TYPES OF RELEASES || Axial Release || Shear Release || Bending Release ||STRUCTURAL ANALYSIS ||

[@PawanYadav-d5b]

Thank you brother

[@ahjavaid]

Classic presentation

[@stepbystepcivilengineering7707]

Thanks😃

[@mahendraaandkaanchanpatil1489]

So nicely explained 👌

[@stepbystepcivilengineering7707]

Thanks Mahendra😊

[@narendrakumardewangan7371]

Excellent

[@stepbystepcivilengineering7707]

Thank you so much 😀

[@asimbehera5850]

🎉🎉🎉🎉🎉🎉

[@enadewangan8148]

Nice explanation 👍

[@stepbystepcivilengineering7707]

Glad you liked it! 😃

[@niranjan_kodihalli]

When we introduce release, structure won't be stable right. Then what is use of release

[@stepbystepcivilengineering7707]

The stability of the structure depends upon the number of releases introduced in that structure. If we release the forces of any member/structure more than its degree of static indeterminacy then only it will get unstable. Recently I have uploaded YT shorts regarding this concept just go through that for better understanding.

[@arosathi5800]

So how many force release for internal roller?

[@stepbystepcivilengineering7707]

For internal roller, moment and axial force will release and only shear force will come if you arrange the internal roller horizontally.

[@pavanr5384]

Sir, please tell me how is this achieved in real life.

[@stepbystepcivilengineering7707]

In real life, you can see these in steel structure. Axial release and shear release in slotted connection. And bending release you can have a look at you doors, there hinges are used to rotate it at the edges.