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This handbook explores in detail the applications of polymer foams, and the properties that
make them suitable for a myriad of applications. It covers the mechanical properties of foams and
foam microstructure, processing of foams, mechanical testing, and analysis. Additionally, it offers a
broader perspective on the actual engineering of foams and foam-based (or foam including) products
by including nine detailed case studies which firmly anchor the theory explained in the book in real
world contexts.
From the Foreword: “...Case studies are included for two reasons. Firstly, they are increasingly used
to motivate students to study the relevant theory and to understand major industries; a variety of
activities such as literature searches and product dismantling can be used as the basis for student
presentations. Secondly, specialised foam-based industries tend to remain compartmentalised, but could learn
a lot from each other. Thus the areas of foam seating, protective packaging, safety helmets are
included; each is associated with one or more theory chapters...”
Target Audience: Advanced students and researchers in polymer, chemical, and mechanical
engineering; technologists in materials science and processing; design, product, and process engineers
working with foam products and packaging.
Table of Contents:
Introduction to Polymer Foam Microstructures
Polyurethane Foams: Processing and Microstructure
Foamed Thermoplastics: Microstructure and Processing
Bead Foam Microstructure and Processing
Simple Mechanical Tests
Finite Element Modelling of Foam Deformation
Micromechanics of Open-Cell Foams
Air Flow in Open-Cell Foams
Seating Case Study
Sport Mat Case Study
Micromechanics of Closed-Cell Foams
Product Packaging Case Study
Running Shoes Case Study
Bicycle Helmet Case Study
Indentation, Cracking, and Fracture
Motorcycle Helmet Case Study
Hip Protector Case Study
Sandwich Panel Case Study
Modelling of Creep and Viscoelasticity
The Effects of Water
Rugby and Soccer Protection Case Study
Index
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