Essentials of Advanced Composite Fabrication & Repair
Louis C. Dorworth, Ginger L. Gardiner, Dr. Greg M. Mellema
- 456 pages
- English
- ePUB (mobile friendly)
- Available on iOS & Android
Essentials of Advanced Composite Fabrication & Repair
Louis C. Dorworth, Ginger L. Gardiner, Dr. Greg M. Mellema
About This Book
Advanced composite technology is constantly changing and embracing new developments daily, yet most of the basics needed to successfully design, fabricate and repair composite structures remain the same. Essentials of Advanced Composite Fabrication & Repair works as the perfect introductory textbook for beginners yet is also functional for the composite professional. It teaches the concepts and methods in a simple and straightforward way for a wide array of composite fundamentals, including fiber and matrix selection, molding methods, curing and achieving desired properties, tooling, testing and non-destructive inspection, step-by-step repair instructions and troubleshooting, key environmental, health and safety issues, and much more. New for this Second Edition are an introduction to nanomaterials in composites, and improved molding methods, adhesive bonding, joining and fastening coverage. Also updated with the advances in matrix technology and fiber reinforcements, as well as tooling, filament winding and various testing and inspection method improvements. Based on the authors' combined 90 years in the industry, this textbook is also a compendium of industry information, presented with full-color illustrations and photography. Fabric styles, core types, design guides, and detailed product information in the industry, and more, makes this book essential to anyone working in composites â from material and process engineers, to repair technicians and maintenance mechanics. Including bibliographic information, a glossary and index, it also serves as the companion textbook to most Abaris Training basic courses.
Frequently asked questions
Information
[a] To fabricate an aerospace structural component, technicians carefully lay down each ply of carbon-fiber prepreg prior to vacuum bagging and autoclave cure. Green âtemplates of lightâ are accurately projected from a 3D laser projector to ensure precise positioning of the ply. (Photo courtesy of Assembly Guidance)
[b] Chopped fiberglass and resin are sprayed onto a gel-coated mold to form the outer shell of a Class 8 truck hood. However, this is a more advanced and higher performance example of spray-up fiberglass because the shell is cured in an oven at 130°F and then reinforced with structural members made using RTM, which are secondarily bonded in-place using methacrylate adhesive. (Photo courtesy of Marine Plastics Ltd.)