Coating and co-extrusion flow modeling - Alba, Kamran
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Two-layer flows are found in both nature and industry, e.g. coating, co-extrusion. At certain operating conditions, wavy interfaces, also known as instabilities, are observed in the flow that affect the quality of the final products. A long-standing problem has been how to design the process simply in a way that remains faithful to the flow stability. Although resolved for single fluid flows around 10 years ago, extending this methodology to multi-fluid flows has been evolved more slowly owing to the difficulties associated with the interface between the fluids. In this book, these flows have…mehr

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Produktbeschreibung
Two-layer flows are found in both nature and industry, e.g. coating, co-extrusion. At certain operating conditions, wavy interfaces, also known as instabilities, are observed in the flow that affect the quality of the final products. A long-standing problem has been how to design the process simply in a way that remains faithful to the flow stability. Although resolved for single fluid flows around 10 years ago, extending this methodology to multi-fluid flows has been evolved more slowly owing to the difficulties associated with the interface between the fluids. In this book, these flows have been studied from a mathematical modeling perspective. The models developed and their implementation to a two-layer system enable us to predict the behavior of co-extrusion and coating flows more accurately, allowing us to prevent defects in the final products due to the flow instability.
Autorenporträt
Dr. Kamran Alba is a researcher in the field of Fluid Mechanics. He received his PhD from The University of British Columbia. Over the past few years Dr. Alba has specialized in mechanics of multi-fluid/phase systems. These systems arise in a very broad range of applied contexts.