Advanced Composite Materials Technology Research and Development

Author: Yi Xiaosu
Publisher:
Publish Date: 2006-05-01
Features: Based on the scientific research and innovative achievements of the National Key Laboratory of Science and Technology on Advanced Composites for National Defense over the past 10 years since its establishment, this book focuses on introducing thermoset prepreg composites, thermoplastic composites, textile composites, as well as resin transfer molding and resin film infusion technology, electron beam cured composites, fiber-metal laminated composite materials, crash energy absorption composites and their structures, particle-reinforced aluminum matrix composites with low and high volume fractions, SiC fiber-reinforced titanium matrix composite technology, ceramic gel solid-state synthesis technology, aqueous slurry gel-casting technology, layered composite ceramic matrix composite technology, and self-reinforced Si3N4 ceramic material technology, etc. It essentially reflects the cutting-edge research, hotspots, and technological development levels in these fields both domestically and internationally. The content of the book is novel, with moderate depth and breadth in technical discussions, making it suitable for engineering technicians engaged in the research, development, design, and application of advanced composites, as well as college students, graduate students, and teachers in universities and colleges. Advanced composites are the most important structural materials supporting the cutting-edge fields of aviation, aerospace, and national defense, and they drive the progress of contemporary materials science and technology. Based on the scientific research and innovative achievements of the National Key Laboratory of Science and Technology on Advanced Composites for National Defense over the past 10 years since its establishment, this book focuses on introducing thermoset prepreg composites, thermoplastic composites, textile composites, as well as resin transfer molding and resin film infusion technology, electron beam cured composites, fiber-metal laminated composite materials, crash energy absorption composites and their structures, particle-reinforced aluminum matrix composites with low and high volume fractions, SiC fiber-reinforced titanium matrix composite technology, ceramic gel solid-state synthesis technology, aqueous slurry gel-casting technology, layered composite ceramic matrix composite technology, and self-reinforced Si3N4 ceramic material technology, etc. It essentially reflects the cutting-edge research, hotspots, and technological development levels in these fields both domestically and internationally. The content of the book is novel, with moderate depth and breadth in technical discussions, making it suitable for engineering technicians engaged in the research, development, design, and application of advanced composites, as well as college students, graduate students, and teachers in universities and colleges.