Self-Healing Nanotextured Vascular Engineering Materials

Nonfiction, Science & Nature, Technology, Nanotechnology, Material Science
Cover of the book Self-Healing Nanotextured Vascular Engineering Materials by Alexander L. Yarin, Min Wook Lee, Seongpil An, Sam S. Yoon, Springer International Publishing
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Author: Alexander L. Yarin, Min Wook Lee, Seongpil An, Sam S. Yoon ISBN: 9783030052676
Publisher: Springer International Publishing Publication: March 13, 2019
Imprint: Springer Language: English
Author: Alexander L. Yarin, Min Wook Lee, Seongpil An, Sam S. Yoon
ISBN: 9783030052676
Publisher: Springer International Publishing
Publication: March 13, 2019
Imprint: Springer
Language: English

This book gives an overview of the existing self-healing nanotextured vascular approaches. It

describes the healing agents used in engineering self-healing materials as well as the

fundamental physicochemical phenomena accompanying self-healing. This book also addresses

the different fabrication methods used to form core–shell nanofiber mats. The fundamental

theoretical aspects of fracture mechanics are outlined. A brief theoretical description of cracks

in brittle elastic materials is given and the Griffith approach is introduced. The fracture

toughness is described, including viscoelastic effects. Critical (catastrophic) and subcritical

(fatigue) cracks and their growth are also described theoretically. The adhesion and cohesion

energies are introduced as well, and the theory of the blister test for the two limiting cases of

stiff and soft materials is developed. In addition, the effect of non-self-healing nanofiber mats

on the toughening of ply surfaces in composites is discussed. The book also presents a brief

description of the electrochemical theory of corrosion crack growth. All the above-mentioned

phenomena are relevant in the context of self-healing materials.

View on Amazon View on AbeBooks View on Kobo View on B.Depository View on eBay View on Walmart

This book gives an overview of the existing self-healing nanotextured vascular approaches. It

describes the healing agents used in engineering self-healing materials as well as the

fundamental physicochemical phenomena accompanying self-healing. This book also addresses

the different fabrication methods used to form core–shell nanofiber mats. The fundamental

theoretical aspects of fracture mechanics are outlined. A brief theoretical description of cracks

in brittle elastic materials is given and the Griffith approach is introduced. The fracture

toughness is described, including viscoelastic effects. Critical (catastrophic) and subcritical

(fatigue) cracks and their growth are also described theoretically. The adhesion and cohesion

energies are introduced as well, and the theory of the blister test for the two limiting cases of

stiff and soft materials is developed. In addition, the effect of non-self-healing nanofiber mats

on the toughening of ply surfaces in composites is discussed. The book also presents a brief

description of the electrochemical theory of corrosion crack growth. All the above-mentioned

phenomena are relevant in the context of self-healing materials.

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