By P.K. Mallick
The newly increased and revised version of Fiber-Reinforced Composites: fabrics, production, and Design provides the main up to date source to be had on cutting-edge composite fabrics. This e-book is exclusive in that it not just bargains a present research of mechanics and homes, but in addition examines the newest advances in try out equipment, functions, production tactics, and layout elements concerning composites.
This 3rd version offers thorough assurance of newly built fabrics together with nanocomposites. It additionally provides extra emphasis on underlying theories, useful tools, and problem-solving talents hired in real-world purposes of composite fabrics. every one bankruptcy comprises new examples drawn from different functions and extra difficulties to enhance the sensible relevance of key techniques.
New within the 3rd Edition:
Maintaining the trademark caliber of its well-respected and authoritative predecessors, Fiber-Reinforced Composites: fabrics, production, and layout, 3rd Edition keeps to supply a special interdisciplinary viewpoint and a logical method of figuring out the newest advancements within the field.
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Additional resources for Fiber-reinforced composites : materials, manufacturing, and design
Even with E-glass fiber-reinforced composites, the cost-effectiveness issue has remained particularly critical, since the basic material of construction in present-day automobiles is low-carbon steel, which is much less expensive than most fiber-reinforced composites on a unit weight basis. Although glass fiber-reinforced polymers are the primary composite materials used in today’s automobiles, it is well recognized that significant vehicle weight reduction needed for improved fuel efficiency can be achieved only with carbon fiber-reinforced polymers, since they have much higher strength–weight and modulus–weight ratios.
In a certain application, a steel beam of round cross section (diameter ¼ 10 mm) is to be replaced by a unidirectional fiber-reinforced epoxy beam of equal length. The composite beam is designed to have a natural frequency of vibration 25% higher than that of the steel beam. 1). Select one of these fibers on the basis of minimum weight for the beam. 1 for material properties if needed. ß 2007 by Taylor & Francis Group, LLC. 6. 5 mm) an E-glass fiber-reinforced polyester SMC panel with equal flexural stiffness.
The fiber bundle can be tested either in dry or resin-impregnated condition. Generally, the average tensile strength and modulus of fiber bundles are lower than those measured on single filaments. 8 shows the stress–strain diagram of a dry glass fiber bundle containing 3000 filaments. Even though a single glass filament shows a linear tensile stress–strain diagram until failure, the glass fiber strand shows not only a nonlinear stress–strain diagram before reaching the maximum stress, but also a progressive failure after reaching the maximum stress.