This book is aimed at scientists and practicing engineers who are
currently exploring or would like to explore the complexity of
fabrication processes of polymer composites. It deals with the
mechanics and modeling aspects of discontinuous and continuous
fiber composites and familarizes the engineer with the critical and
fundamental issues of material processing and transport phenomena
in polymeric composites and their applications in modeling and
simulating specific composite manufacturing processes.
Divided into three parts, Part A deals with the deformation
science or rheology of these filled materials. It clearly shows the
need to characterize their flow behavior before one can draw any
conclusions about its processibility during manufacturing. Part B
focuses on development of constitutive equations to describe the
flow and deformation behavior of such materials under external
processing conditions. Part C discusses the mathematical models for
selected composite processes and their implementation into a
computer simulation to analyze the process behavior. The processes
represented in Part C cover a cross-section of important
manufacturing processes and maintain a balance between processes
that use short fibers and continuous fibrous materials.
General
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