Publication Type:

Conference Paper

Source:

9th ASEAN ANSYS Conference, Singapore (2013)

URL:

https://www.researchgate.net/publication/282442873_ANSYS_for_Fiber-Optics_And_Novel_Photonic_Glass_Extrusion-_Invited_talk

Abstract:

A general, three-dimensional, incompressible and non-cavitating model of a glass stack coextrusion was developed and simulated using ANSYS-CFX. The model was used to simulate a core/clad chalcogenide glass-pair coextrusion, previously accomplished towards the first multilayer chalcogenide glass fiber. Experimentally measured essential chalcogenide glass properties like thermal expansion coefficient, were used to define the respective glass material models. A dynamic mesh approach was applied to simulate the transient steps of the extrusion. The dimensions in the resulting structure of the simulated extrudate were compared with experimental results and a very close agreement was obtained. This indicates that such computational fluid dynamics modelling can potentially be used as a predictive tool for complicated fiber-optic structures involving multiple material.

Cite this Research Publication

K. Bhowmick, “ANSYS for fiber-optics and novel photonic glass extrusion”, in 9th ASEAN ANSYS Conference, Singapore, 2013.