Co-Rotating
Twin-Screw Extruders: Fundamentals, Technology,
and Applications (#0744)
By Klemens Kohlgruber, 2007, 350 pages
Price: $102.00 / SPE Member
$85.00 |
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Well-rounded knowledge of machines,
processes, and material behavior is required
in order to design twin-screw extruders for
economically successful operation. This book
provides basic engineering knowledge covering
the most important technical requirements and
provides examples based on actual practice.
Better understanding of the process is emphasized,
as this is a prerequisite for optimizing twin-screw
designs and operating them efficiently.
Contents:
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Introduction
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Historical Development of
the Co-Rotating Twin Screw
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Rheological Properties of
Polymer Melts
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General Overview of the Compounding
Process: Tasks, Selected Applications, and
Process Zones
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Geometry of the Co-Rotating
Extruders: Conveying, and Kneading Elements
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Modeling: Possibilities and
Limitations
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Pressure Generation and Energy
Input in the Melt
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Computational Fluid Dynamics
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Mixing and Dispersing: Principles
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Degassing Polymer Melts with
Co-Rotating Twin Screw Extruders
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Simulation or Scale-Up –
Alternatives for Extruder Layout?
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Screw Elements for Co-Rotating,
Closely Intermeshing, Twin-Screw Extruders
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Overview of Patented Screw
Elements
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The ZSK Series and Applications
in the Chemical Industry and for Renewable
Raw Materials
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ZSK-NT The New Two-Stage
Processing System for High Throughputs
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Material Selection for Twin
Screw Extruder Components in Contact with
Resin
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Drive Units for Co-Rotating
Twin-Screw Extruders
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