ICCHMT 2011, Istanbul, TWO–DIMENSIONAL ANALYSIS OF THE Turkey Francisco J. CRYSTALLIZATION OF HOLLOW Blanco– Rodr´ ıguez, J. COMPOUND PLASTIC FIBERS I. Ramos Introduction Formulation Francisco J. Blanco–Rodr´ ıguez, J. I. Ramos Results and discussion Numerical Escuela de Ingenier´ ıas, Doctor Ortiz Ramos, s/n, Universidad de M´ alaga, results of the two–dimensional 29071 M´ alaga, Spain model Comparisons with results of one–dimensional 7 th International Conference on Computational model Conclusions Heat and Mass Transfer About the 18–22 July 2011, Istanbul, Turkey authors... 1 / 27
Index ICCHMT 2011, Istanbul, Turkey 1 Introduction Francisco J. Blanco– Rodr´ ıguez, J. I. Ramos 2 Formulation Introduction Formulation 3 Results and discussion Results and discussion Numerical results of the two–dimensional model Numerical results of the Comparisons with results of one–dimensional model two–dimensional model Comparisons with results of one–dimensional model 4 Conclusions Conclusions About the authors... 2 / 27
Index ICCHMT 2011, Istanbul, Turkey 1 Introduction Francisco J. Blanco– Rodr´ ıguez, J. I. Ramos 2 Formulation Introduction Formulation 3 Results and discussion Results and discussion Numerical results of the two–dimensional model Numerical results of the Comparisons with results of one–dimensional model two–dimensional model Comparisons with results of one–dimensional model 4 Conclusions Conclusions About the authors... 2 / 27
Index ICCHMT 2011, Istanbul, Turkey 1 Introduction Francisco J. Blanco– Rodr´ ıguez, J. I. Ramos 2 Formulation Introduction Formulation 3 Results and discussion Results and discussion Numerical results of the two–dimensional model Numerical results of the Comparisons with results of one–dimensional model two–dimensional model Comparisons with results of one–dimensional model 4 Conclusions Conclusions About the authors... 2 / 27
Index ICCHMT 2011, Istanbul, Turkey 1 Introduction Francisco J. Blanco– Rodr´ ıguez, J. I. Ramos 2 Formulation Introduction Formulation 3 Results and discussion Results and discussion Numerical results of the two–dimensional model Numerical results of the Comparisons with results of one–dimensional model two–dimensional model Comparisons with results of one–dimensional model 4 Conclusions Conclusions About the authors... 2 / 27
ICCHMT 2011, Istanbul, Turkey Francisco J. Blanco– Rodr´ ıguez, J. I. Ramos Introduction INTRODUCTION Formulation Results and discussion Numerical results of the two–dimensional model Comparisons with results of one–dimensional model Conclusions About the authors... 3 / 27
Introduction ICCHMT Bi–component hollow compound fibers may be 2011, Istanbul, manufactured by MELT SPINNING processes. Turkey Applications Francisco J. Blanco– 1 Chemical industry: Filtration and separation Rodr´ ıguez, J. processes. I. Ramos 2 Textile industry. Introduction 3 Optics: Data transmission. Formulation 4 Biomedical industry. Results and discussion Necessary: modelling of the drawing process of Numerical semi–crystalline hollow compound fibers. results of the two–dimensional model Previous studies are based on one–dimensional models of Comparisons with results of amorphous, slender fibers at very low Re and Bi numbers. one–dimensional model NO INFORMATION ABOUT TEMPERATURE Conclusions NON–UNIFORMITIES IN THE RADIAL DIRECTION. About the Use of a two–dimensional model for fiber spinning. authors... 4 / 27
Introduction ICCHMT Bi–component hollow compound fibers may be 2011, Istanbul, manufactured by MELT SPINNING processes. Turkey Applications Francisco J. Blanco– 1 Chemical industry: Filtration and separation Rodr´ ıguez, J. processes. I. Ramos 2 Textile industry. Introduction 3 Optics: Data transmission. Formulation 4 Biomedical industry. Results and discussion Necessary: modelling of the drawing process of Numerical semi–crystalline hollow compound fibers. results of the two–dimensional model Previous studies are based on one–dimensional models of Comparisons with results of amorphous, slender fibers at very low Re and Bi numbers. one–dimensional model NO INFORMATION ABOUT TEMPERATURE Conclusions NON–UNIFORMITIES IN THE RADIAL DIRECTION. About the Use of a two–dimensional model for fiber spinning. authors... 4 / 27
Introduction ICCHMT Bi–component hollow compound fibers may be 2011, Istanbul, manufactured by MELT SPINNING processes. Turkey Applications Francisco J. Blanco– 1 Chemical industry: Filtration and separation Rodr´ ıguez, J. processes. I. Ramos 2 Textile industry. Introduction 3 Optics: Data transmission. Formulation 4 Biomedical industry. Results and discussion Necessary: modelling of the drawing process of Numerical semi–crystalline hollow compound fibers. results of the two–dimensional model Previous studies are based on one–dimensional models of Comparisons with results of amorphous, slender fibers at very low Re and Bi numbers. one–dimensional model NO INFORMATION ABOUT TEMPERATURE Conclusions NON–UNIFORMITIES IN THE RADIAL DIRECTION. About the Use of a two–dimensional model for fiber spinning. authors... 4 / 27
Introduction ICCHMT Bi–component hollow compound fibers may be 2011, Istanbul, manufactured by MELT SPINNING processes. Turkey Applications Francisco J. Blanco– 1 Chemical industry: Filtration and separation Rodr´ ıguez, J. processes. I. Ramos 2 Textile industry. Introduction 3 Optics: Data transmission. Formulation 4 Biomedical industry. Results and discussion Necessary: modelling of the drawing process of Numerical semi–crystalline hollow compound fibers. results of the two–dimensional model Previous studies are based on one–dimensional models of Comparisons with results of amorphous, slender fibers at very low Re and Bi numbers. one–dimensional model NO INFORMATION ABOUT TEMPERATURE Conclusions NON–UNIFORMITIES IN THE RADIAL DIRECTION. About the Use of a two–dimensional model for fiber spinning. authors... 4 / 27
Introduction ICCHMT Bi–component hollow compound fibers may be 2011, Istanbul, manufactured by MELT SPINNING processes. Turkey Applications Francisco J. Blanco– 1 Chemical industry: Filtration and separation Rodr´ ıguez, J. processes. I. Ramos 2 Textile industry. Introduction 3 Optics: Data transmission. Formulation 4 Biomedical industry. Results and discussion Necessary: modelling of the drawing process of Numerical semi–crystalline hollow compound fibers. results of the two–dimensional model Previous studies are based on one–dimensional models of Comparisons with results of amorphous, slender fibers at very low Re and Bi numbers. one–dimensional model NO INFORMATION ABOUT TEMPERATURE Conclusions NON–UNIFORMITIES IN THE RADIAL DIRECTION. About the Use of a two–dimensional model for fiber spinning. authors... 4 / 27
Introduction ICCHMT Bi–component hollow compound fibers may be 2011, Istanbul, manufactured by MELT SPINNING processes. Turkey Applications Francisco J. Blanco– 1 Chemical industry: Filtration and separation Rodr´ ıguez, J. processes. I. Ramos 2 Textile industry. Introduction 3 Optics: Data transmission. Formulation 4 Biomedical industry. Results and discussion Necessary: modelling of the drawing process of Numerical semi–crystalline hollow compound fibers. results of the two–dimensional model Previous studies are based on one–dimensional models of Comparisons with results of amorphous, slender fibers at very low Re and Bi numbers. one–dimensional model NO INFORMATION ABOUT TEMPERATURE Conclusions NON–UNIFORMITIES IN THE RADIAL DIRECTION. About the Use of a two–dimensional model for fiber spinning. authors... 4 / 27
Introduction ICCHMT Bi–component hollow compound fibers may be 2011, Istanbul, manufactured by MELT SPINNING processes. Turkey Applications Francisco J. Blanco– 1 Chemical industry: Filtration and separation Rodr´ ıguez, J. processes. I. Ramos 2 Textile industry. Introduction 3 Optics: Data transmission. Formulation 4 Biomedical industry. Results and discussion Necessary: modelling of the drawing process of Numerical semi–crystalline hollow compound fibers. results of the two–dimensional model Previous studies are based on one–dimensional models of Comparisons with results of amorphous, slender fibers at very low Re and Bi numbers. one–dimensional model NO INFORMATION ABOUT TEMPERATURE Conclusions NON–UNIFORMITIES IN THE RADIAL DIRECTION. About the Use of a two–dimensional model for fiber spinning. authors... 4 / 27
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