Understanding Recycling and Mechanics of Composites
This informative content delves into the recycling processes of composites, including mechanical and chemical methods, as well as the complexities involved. It also explores the various steps in recycling short fiber-reinforced composites and the differences between isotropic, homogeneous, anisotropic, and nonhomogeneous bodies in composites. Additionally, it covers micromechanics and macromechanics of laminates and the analysis and design of laminated structures.
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Presentation Transcript
Recycling and Mechanics of Composites Instructor: Autar Kaw
What types of process are used for recycling of composites? Why is recycling of composites complex? What can one do if one cannot separate different types of composites?
What are the various steps in mechanical recycling of short fiber-reinforced composites? Where are mechanically recycled short fiber composites used?
Why is chemical recycling not as popular as mechanical recycling? Which chemical process shows the most promise?
Isotropic body Homogeneous body Anisotropic body Nonhomogeneous body Lamina Laminate
+ Fiber Matrix Micromechanics of a Lamina (Chapter 3) Macromechanics of a Lamina (Chapter 2) Homogeneous Orthotropic Layer Macromechanics of a Laminate (Chapter 4) Analysis and Design of Laminated Structures (Chapter 5) Structural Element Laminate
