Aging of Industrial Polymers 2: Durability of Industrial Polymers

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Emmanuel Richaud (Process and Engineering in Mechanics and Materials lab (PIMM), France)

Aging of Industrial Polymers 2

Name: Aging of Industrial Polymers 2
Price: 324.81 AUD
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ISBN: 9781789451900

Durability of Industrial Polymers

Emmanuel Richaud (Process and Engineering in Mechanics and Materials lab (PIMM), France)

$405.95 $324.81

Hardback

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English

ISTE Ltd
09 April 2026

Mechanical engineering & materials

Series: ISTE Invoiced

Polymers and composites are ubiquitous in our daily lives, enabling, for example, lighter structural materials and food packaging. Their performance depends not only on their chemical structure, synthesis, architecture and shaping process, but also evolves over time under the effect of processes that modify the structure of the material – sometimes slowly but irreversibly.

Users must therefore consider the maximum period of use during which these materials retain acceptable levels of properties. This question is even more crucial as it responds to societal demands related to limiting end-of-life waste flows and preserving the resources needed to produce them.

To address these challenges, Aging of Industrial Polymers 2 provides designers with tools to analyze the mechanisms of material degradation under given conditions of use, develop models to predict the rate of degradation, and understand the effect of phenomena occurring at the molecular level on the macroscopic properties of the material.

Edited by: Emmanuel Richaud (Process and Engineering in Mechanics and Materials lab (PIMM) France)
Imprint: ISTE Ltd
Country of Publication: United Kingdom
ISBN: 9781789451900
ISBN 10: 1789451906
Series: ISTE Invoiced
Pages: 336
Publication Date: 09 April 2026
Audience: Professional and scholarly , Undergraduate
Format: Hardback
Publisher's Status: Active

Emmanuel Richaud is Full Professor at the Processes and engineering in Mechanics and Materials Laboratory (Arts et Métiers ParisTech, CNRS and CNAM), France. His research focuses on predicting the lifespan of polymer materials and composites.