Cheremisinoff - Handbook of Ceramics and Composites
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Handbook of Ceramics and Composites. Vol. 2, Mechanical Properties and Specialty Applications
author
:
Cheremisinoff, Nicholas P.
publisher
:
CRC Press
isbn10 | asin
:
082478006X
print isbn13
:
9780824780067
ebook isbn13
:
9780585374789
language
:
English
subject
Composite materials, Ceramic materials.
publication date
:
1992
lcc
:
TA418.9.C6H32 1992eb
ddc
:
620.1/18
subject
:
Composite materials, Ceramic materials.
Handbook of Ceramics and Composites
Volume 2: Mechanical Properties and Specialty Applications
Handbook of Ceramics and Composites
edited by
Nicholas P. Cheremisinoff
Volume 1 Synthesis and Properties Volume 2 Mechanical Properties and Specialty Applications
Other Volumes in Preparation
Page i
Handbook of Ceramics and Composites
Volume 2: Mechanical Properties and Specialty Applications
edited by Nicholas P. Cheremisinoff
Page ii
Disclaimer: This book is part of a volume set. netLibrary may or may not have all the companion volumes in eBook format.
Library of Congress Cataloging-in-Publication Data (Revised for volume 2)
Handbook of ceramics and composites. Includes bibliographical references and indexes. Contents: v. 1. Synthesis and properties v. 2. Mechanical properties and specialty applications. 1. Composite materials. 2. Ceramic materials. I. Chereminisoff, Nicholas P. TA418.9.C6H32 1990 620.118 90-2833 ISBN 0-8247-8005-1 (v. 1) ISBN 0-8247-8006-X (v. 2)
Copyright 1992 by MARCEL DEKKER, INC. All Rights Reserved
Neither this book nor any part may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, microfilming, and recording, or by any information storage and retrieval system, without permission in writing from the publisher.
MARCEL DEKKER, INC. 270 Madison Avenue, New York, New York 10016
The Handbook of Ceramics and Composites is a multivolume series devoted to reporting the latest technological advances in polymeric composites and blends, reinforced polymeric and composite materials, and ceramics of engineering importance. The first volume, published in 1990, contained overview discussions concerning the structural and physical properties of important classes of materials. This second volume contains twelve chapters covering topics ranging from physical properties testing and characterization to specialty composites.
The most common failure mode in laminated composite materials is interlaminar fracture, or delamination between plies of the laminate. Chapter 1 describes the experimental methods and associated data analysis techniques that are used to measure the resistance of polymer composite materials to interlaminar fracture (or fracture toughness).
The adoption of advanced fibrous composites by the aerospace industry triggered off a massive research effort. The ability to design a structure composed of fiber-reinforced plastics (FRP) must be matched by the ability to fabricate the component and knowledge of damage, failure, and fracture behavior in its service time. Chapter 2 continues the discussion of fabrication flaws with emphasis given to FRP.
Chapter 3 embraces the subject of improving fracture resistance. For epoxy resins, which this chapter is devoted to, fracture resistance can be achieved by the addition of rubbery or rigid second phase dispersions, or both, in an epoxy matrix. These multiphase epoxy systems are specialty polymeric materials for applications as high-performance adhesives and matrices for advanced fiber composites.
Chapter 4 covers the important phenomenon of fretting, which is caused by the relative cyclic sliding motion of two surfaces in intimate contact. This type of surface damage is caused by cyclic straining due to fatigue loading of one or both of the mating components. Surface damage induced by fretting (for example, microcracking) can accelerate fatigue failure development. Again, discussions in this chapter are slanted toward continuous fiber reinforced polymer composites, which continue to replace metals in an increasing number of engineering applications.
Polyurethanes have become an important class of polymers, particularly in their use with glass fiber reinforced composites. Chapter 5 covers the basic chemistry of poly-
Page iv
urethanes; the reaction injection molding (RIM) process, which has become a major manufacturing method; and the physical properties of high-glass-transition-temperature polyurethanes and glass fibers-reinforced composites.
Hydraulic cement paste and concrete are considered composite materials because of their multiphase nature. There is enormous interest in improving the strength of concrete. Chapter 6 covers the methods of polymer impregnation and steel-fiber reinforcement, and their combination to improve the mechanical properties of concrete. Chapter 7 returns to the subject of manufacturing flaws with composites. Emphasis is given to the consequences of prepreg aging, variation of production conditions, hot/moist environmental conditioning, low-energy impact, and pin bearing, for various laminate systems and sandwich panels.
Chapter 8 covers the use of graphite/epoxy composites and the phenomenon of delamination that may develop during manufacturing due to nonoptimal curing or the introduction of interlaminar stresses and contamination.
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