... areas. On a 128-processor dedicated parallel machine, the CPU time is typically of the order of a few hours, depending on the starting values. For further details, see Refs. 31 32 . 03 06 2008 28 10 2008 12 05 2009 drawing (mechanical) heat radiation iterative methods...

... Technol. 0017-1050 , 30 ( 2 ), pp. 83 – 92 . silicon compounds optical fibre cladding drawing (mechanical) optical fibre fabrication refractive index finite difference methods absorption coefficients doping heat radiation optical fiber drawing core-cladding structure zonal...

... is on the approximate representation of radiation properties and on the modeling of the transport process. optical fibre fabrication heat radiation drawing (mechanical) optical multilayers optical fibre cladding furnaces preforms silicon compounds germanium compounds boron compounds absorption coefficients...

... preforms drawing (mechanical) radiative transfer Navier-Stokes equations computational fluid dynamics convergence of numerical methods flow simulation grid computing A number of industrial processes, such as Czochralski crystal growth, VAD preform stretching, and optical fiber drawing...

...H. M. Reeve; A. M. Mescher; A. F. Emery optical fibre fabrication natural convection heat radiation optical polymers heat transfer preforms drawing (mechanical) high-temperature techniques The following captions should read: Fig. 2 Numerically predicted contour plots...

... June 2003 24 November 2003 04 05 2004 optical fibre fabrication natural convection heat radiation optical polymers heat transfer preforms drawing (mechanical) high-temperature techniques Because most glass optical fiber drawing systems utilize the forced convection...

... fabrication drawing (mechanical) iterative methods heat transfer Computational Heat Transfer Manufacturing Materials Modeling Here, S r is the radiation source term which represents the net gain of radiative energy per unit volume at any point due to the excess of absorbed...