For studying the transversely isotropic elastic behaviour of cylindrical structures of a given length, subjected to radial and axial pressure simultaneously, which plane of isotropy will be considered for the analysis?
TIA
https://www.sciencedirect.com/search?qs=plane%20of%20isotropy%20is%20considered%20while%20studying%20a%20Transversely%20isotropic%20Cylinder&show=25&sortBy=relevance
Hello Shivdev Shahi, The detailed study of the structure makes it possible to examine all three planes (transverse, longitudinal and top). The results obtained will be useful for properly analyzing and shaping the results. The data will be useful for future digital simulation. With respect Emil Yankov
The short answer is the following: for a transversely isotropic cylindrical structure, the mechanical properties of a cross section are invariant under rotation. For instance, a cylinder has circular cross-section and two second moments of area that are equal. If the section is a square, the second moments of area are also equal and the structure is also transversely isotropic.
Md. Washim Akram Emil Hristov Yankov Alain Goriely
Thankyou very much!!
- Badges
- Science topic