Dear sir,
apart from MSG? is there any alternate way to predict effective properties using 3D FEA for aperiodic/ partially structures such as honeycomb core, circular fiber with circular matrix interphase (CCA model), if so please me suggest me because I want to compare my MSG results with 3D FEA/some other approach
The following paper can help you, at least for honeycomb core, but not for CCA. For CCA you can use analytical solutions found in textbooks. The ultimate validation will be direct numerical solutions. J. J. Espadas-Escalante, N. P. van Dijk, P. Isaksson, A Study on the
Influence of Boundary Conditions in Computational Homogenization of
Periodic Structures with Application to Woven Composites, Composite
Structures 160 (2017) 529{537, URL http://www.sciencedirect.com/
science/article/pii/S0263822316317901.
---- Emailed forum response from wenbinyu@purdue.edu
Dear sir thank for your kind reply, sir i had tried honeycomb structures using PBC in Abaqus but it is not satisfying periodicity is it possible to apply periodic BCS for honeycomb structures if so then suggest some paper using 3D FEA
Anonymous @ on — Edited @ on
Dear sir,
apart from MSG? is there any alternate way to predict effective properties using 3D FEA for aperiodic/ partially structures such as honeycomb core, circular fiber with circular matrix interphase (CCA model), if so please me suggest me because I want to compare my MSG results with 3D FEA/some other approach
Wenbin Yu @ on — Edited @ on
Nagappa Siddgonde @ on
Dear sir thank for your kind reply, sir i had tried honeycomb structures using PBC in Abaqus but it is not satisfying periodicity is it possible to apply periodic BCS for honeycomb structures if so then suggest some paper using 3D FEA