Book description
Smart materials have been categorized employing taxonomical methods used in classification of cybernetics systems. This approach has allowed the systematization of the variety of smart materials (both developed and conceptualized) as well to substantiate the three-stage process of the materials' making. This book proposes a phenomenological model d
Table of contents
- Cover
- Dedication
- Preface
- Contents
- Introduction
- List of abbreviations
- chapter one: Concept of smart materials (1/6)
- chapter one: Concept of smart materials (2/6)
- chapter one: Concept of smart materials (3/6)
- chapter one: Concept of smart materials (4/6)
- chapter one: Concept of smart materials (5/6)
- chapter one: Concept of smart materials (6/6)
- chapter two: Main classes of smart materials and engineering systems (1/30)
- chapter two: Main classes of smart materials and engineering systems (2/30)
- chapter two: Main classes of smart materials and engineering systems (3/30)
- chapter two: Main classes of smart materials and engineering systems (4/30)
- chapter two: Main classes of smart materials and engineering systems (5/30)
- chapter two: Main classes of smart materials and engineering systems (6/30)
- chapter two: Main classes of smart materials and engineering systems (7/30)
- chapter two: Main classes of smart materials and engineering systems (8/30)
- chapter two: Main classes of smart materials and engineering systems (9/30)
- chapter two: Main classes of smart materials and engineering systems (10/30)
- chapter two: Main classes of smart materials and engineering systems (11/30)
- chapter two: Main classes of smart materials and engineering systems (12/30)
- chapter two: Main classes of smart materials and engineering systems (13/30)
- chapter two: Main classes of smart materials and engineering systems (14/30)
- chapter two: Main classes of smart materials and engineering systems (15/30)
- chapter two: Main classes of smart materials and engineering systems (16/30)
- chapter two: Main classes of smart materials and engineering systems (17/30)
- chapter two: Main classes of smart materials and engineering systems (18/30)
- chapter two: Main classes of smart materials and engineering systems (19/30)
- chapter two: Main classes of smart materials and engineering systems (20/30)
- chapter two: Main classes of smart materials and engineering systems (21/30)
- chapter two: Main classes of smart materials and engineering systems (22/30)
- chapter two: Main classes of smart materials and engineering systems (23/30)
- chapter two: Main classes of smart materials and engineering systems (24/30)
- chapter two: Main classes of smart materials and engineering systems (25/30)
- chapter two: Main classes of smart materials and engineering systems (26/30)
- chapter two: Main classes of smart materials and engineering systems (27/30)
- chapter two: Main classes of smart materials and engineering systems (28/30)
- chapter two: Main classes of smart materials and engineering systems (29/30)
- chapter two: Main classes of smart materials and engineering systems (30/30)
- chapter three: Mechanics of smart materials (1/12)
- chapter three: Mechanics of smart materials (2/12)
- chapter three: Mechanics of smart materials (3/12)
- chapter three: Mechanics of smart materials (4/12)
- chapter three: Mechanics of smart materials (5/12)
- chapter three: Mechanics of smart materials (6/12)
- chapter three: Mechanics of smart materials (7/12)
- chapter three: Mechanics of smart materials (8/12)
- chapter three: Mechanics of smart materials (9/12)
- chapter three: Mechanics of smart materials (10/12)
- chapter three: Mechanics of smart materials (11/12)
- chapter three: Mechanics of smart materials (12/12)
- chapter four: Smart materials and energy problem (1/2)
- chapter four: Smart materials and energy problem (2/2)
- Conclusion
Product information
- Title: Smart Materials Taxonomy
- Author(s):
- Release date: October 2015
- Publisher(s): CRC Press
- ISBN: 9781498716208
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