Braiding Pultrusion Technology: For Advanced Structural Composites - Hardcover

Über die Autorin bzw. den Autor

GARRY E. FREGER is Head of Faculty for Strength of Materials at East Ukrainian National University. His research interests include: the mechanics and micromechanics of polymeric composite materials; technological process of manufacture of products and composites and carbon-carbon composites. He has published four books and 120 articles and holds patents on 45 Russian inventions. He lives in Lugansk, Ukraine.

VLADIMIR N. KESTELMAN is the author of 26 books and 516 articles on technical subjects. He holds 75 U.S. and Russian patents on his inventions. Among his books are Electro-Physical Phenomena in the Tribology of Polymers (Gordon and Breach, 1999); Elecrels: Fundamentals and Applications (Kluwer Academic, 2000); Adhesion of Polymers (McGraw-Hill, 2001), Melt-Bowing Technique, Equipment, and Polymer Fibrous Materials (Springer, 2002), and Stress Relaxation in Viscous-Elastic Materials (Science Publishers, 2002). He lives in King of Prussia, Pennsylvania.

DMITRY G. FREGER is a degree candidate in Technical Sciences, a Scientific Employee in the Research and Design Institute at Iskra, and Senior Faculty Teacher in Strength of Materials in the Ukraine. He also lives in Lugansk.

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The tremendous inherent advantages to materials produced by the braiding pultrusion process range from strength and dimensional ability to heat and chemical resistance. For this reason, braiding pultrusion technology is poised to revolutionize the construction, aerospace, and packaging industries. This in-depth resource delivers valuable insights on kinematic characteristics of the braiding process, calculation methods for the force parameters of the molding process, methods for selecting an efficient pultrusion process, as well as recommendations for special devices to monitor continuity of the process.

AN AUTHORITATIVE REFERENCE TO TECHNIQUES AND METHODS

Braiding Pultrusion Technology focuses on:

• Continuous methods of producing complex reinforced structures
• Composite material construction elements
• The pultrusion process conditions choice
• Calculation peculiarities in molding complex-shape products
• Process force parameters
• Technological process for molding complex-shape articles with composite structures