Details

Subject(s)

• Fibrous composites—Materials [Browse]
• Fibers—Materials [Browse]
• Refractory materials [Browse]

Series

Publication NMAB ; 458. [More in this series]

Notes

Bibliographic Level Mode of Issuance: Monograph

Bibliographic references

Includes bibliographical references.

Language note

English

Contents

• High-Performance Synthetic Fibers for Composites
• Copyright
• ABSTRACT
• PREFACE
• ACKNOWLEDGMENTS
• Contents
• EXECUTIVE SUMMARY, CONCLUSIONS, AND RECOMMENDATIONS
• CONCLUSIONS AND RECOMMENDATIONS
• 1 HIGH-PERFORMANCE SYNTHETIC FIBERS FOR COMPOSITES
• INTRODUCTION
• PRESENT MATERIALS: AN OVERVIEW
• CHARACTERISTICS OF MATERIALS IN FIBER FORM
• ADVANCES IN FIBER TECHNOLOGY
• TYPES OF HIGH PERFORMANCE FIBERS
• FIBER-REINFORCED COMPOSITES
• Projections for High Performance Fibers
• REFERENCES
• Other Selected References
• 2 High-Performance Fiber Materials: Applications, Needs and Opportunities
• HIGH-PERFORMANCE FIBERS FOR POLYMERIC-MATRIX COMPOSITES
• Major Current Fibers
• Properties
• Demand
• Applications
• Industrial Sources
• Industry Structure
• Market Situation
• Future Application Challenges
• HIGH PERFORMANCE FIBERS FOR METAL MATRIX COMPOSITES
• Industrial Sources: Industry Structure
• Critical Problems to be Solved for New Applications.
• HIGH PERFORMANCE FIBERS FOR CERAMIC MATRIX COMPOSITES
• Major Current Fibers and Their Properties
• Fabrication and Application
• Critical Problems to be Solved for New Applications
• HIGH PERFORMANCE FIBERS FOR CARBON-CARBON COMPOSITES
• Major Uses and Current Systems
• HIGH PERFORMANCE FIBERS FOR NONSTRUCTURAL APPLICATIONS
• Major Uses: Current and Projected
• Electrical and Electromagnetic Properties
• Thermal Properties
• Chemical Properties: Corrosion Resistance
• Cutting Tools
• Piezoelectric Sensing and Actuating
• 3 Fiber-Forming Processes: Current and Potential Methods
• PROCESSES TO FORM POLYMERIC ORGANIC FIBERS
• Introduction.
• Technical Description
• Spinning of Liquid Crystalline Solutions
• Spinning of Liquid Crystalline Melts
• Gel Spinning
• Normal" Solution Spinning
• Technical Future
• FIBER FORMATION BY PYROLYTIC CONVERSION OF PRECURSOR FIBERS
• Introduction
• Carbon Fibers
• PAN-based Carbon Fibers
• Pitch-based Carbon Fibers
• Other Precursors for Carbon Fibers
• Observations and Conclusions
• SILICON CARBIDE AND SILICON NITRIDE FIBERS
• OXIDE FIBERS
• Polymeric Precursors
• Spinnable Salt Solutions
• Polymer-and Solution-Modified Sols and Slurries
• Microstructure Development
• Technological Future for Oxide Fibers
• CHEMICAL CONVERSION OF A PRECURSOR FIBER
• Boron Nitride Fiber
• Boron Carbide Fiber
• CHEMICAL VAPOR DEPOSITION
• Boron Fibers
• Silicon Carbide Fibers
• CVD Carbon Fibers
• TECHNICAL FUTURE
• Single-Crystal Fibers
• Controlled Drawing from the Melt
• Vapor Growth
• Single Crystal Growth/Zone Refining
• ALTERNATIVE PROCESSES
• FIBER COATINGS
• Electrodeposition
• Chemical Vapor Deposition
• Metallorganic Deposition
• Vacuum Deposition
• Future Fiber-Coating Technology
• Considerations Involved in Scale-up of Fiber Processing
• OBSERVATIONS AND CONCLUSIONS ABOUT FIBER FABRICATION AND PROCESSING
• 4 IMPORTANT ISSUES IN FIBER SCIENCE/TECHNOLOGY
• INTRODUCTION: OVERVIEW OF NEEDED RESEARCH AND DEVELOPMENT
• The Fiber-Matrix Interface ("Interphase") and Fiber Coatings
• SUMMARY OF TECHNICAL ISSUES
• 5 IMPORTANT POLICY ISSUES
• EDUCATION IN FIBER SCIENCE AND TECHNOLOGY
• Academic Program Development.
• Equipment Support for Teaching and Research
• Industry-University Interaction
• DOMESTIC SOURCING CONSIDERATIONS
• TECHNOLOGY EXPORT/EXPORT CONTROL
• PRODUCTION OF SMALL QUANTITIES OF SPECIALTY FIBERS
• FOREIGN COMPETITION
• CONTINUITY OF SUPPORT
• GLOSSARY OF TERMS
• APPENDIX Biographical Sketches of Committee Members.

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ISBN

• 1-282-08105-5
• 9786612081057
• 0-309-58285-7
• 0-585-01632-1

OCLC

• 44958486
• 923263326

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