| Description |
1 online resource |
| Contents |
Introductory survey -- Evolving applications of plastics -- Introduction to stress and deformation -- Models for solid materials -- Simple structural elements -- Models for liquids -- Linear viscoelasticity -- Strengthening and stiffening mechanisms -- Introduction to polymers -- Concepts from polymer physics -- Structure, properties, and applications of plastics -- Blends and alloys -- Thermoset materials -- Polymer viscoelasticity -- Mechanical behavior of plastics -- Classification of part shaping methods -- Injection molding and its variants -- Dimensional stability and residual stresses -- Alternatives to injection molding -- Fabrication methods for thermosets -- Joining of plastics -- Fiber-filled materials : materials with microstructure -- Structural foams : material with millistructure -- Random glass mat composites : material with macrostructure -- Advanced composites : materials with well-defined reinforcement architectures |
| Summary |
"With the exception of advanced composites, mainly used in aerospace and defense applications, until recently plastics were not considered engineering materials. Now plastics have become important for several reasons. First, their cost-effective use has been demonstrated in demanding automotive structural applications. An important example is the all-plastic bumper used in the 1984 Ford Escort, which was capable of withstanding an 8 kmph (5 mph) barrier impact"-- Provided by publisher |
| Bibliography |
Includes bibliographical references and index |
| Notes |
Print version record |
| Subject |
Plastics.
|
|
Polymer engineering.
|
|
Plastics
|
|
polymer science.
|
|
Plastics
|
|
Polymer engineering
|
| Form |
Electronic book
|
| ISBN |
9781119536550 |
|
1119536553 |
|
