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The book deals with the modelling of steady state and non-steady state basic processes of fibre formation and fibre processing. Focal points are melt spinning processes (polymers and glass, drawing, spunbonded nonwoven), spun yarn spinning processes (drafting, carding) and the description of the dynamics in different process steps during the fibre processing (fibre transport, fibre heating and cooling, false twist texturing). A special chapter deals with dynamics of tensile force (measuring and evaluation possibilities) and its importance for the process stability. All presented examples are based on industrial practice and give the reader a direct imagination of the discussed problems. The results are explained in a userfriendly way and give the practitioner the possibility to optimize his or her own processing. The book will be of special interest to researchers, and engineers, in the man-made fibre and textile industry as well as to teachers and students of the relevant graduated and undergraduated courses in textile engineering and polymer physics including the accessory mechanical engineering.
List of contents
Steady State and Non-Steady State Technological Processes.- Modelling of Steady State Fibre Formation Process in Melt Spinning.- Dynamics of Fibre Formation Processes.- Dynamics of Fibre Processing Processes.- Dynamics of the Tensile Force and its Importance for Process Stability.
Summary
The book deals with the modelling of steady state and non-steady state basic processes of fibre formation and fibre processing. Focal points are melt spinning processes, spun yarn spinning processes and the description of the dynamics in different process steps during the fibre processing. A special chapter deals with dynamics of tensile force and its importance for the process stability. All presented examples are based on industrial practice and give the reader a direct imagination of the discussed problems. The results are explained in a user-friendly way and give the practitioner the possibility to optimize his or her own processing.
