The Second Edition of Engineering with Rubber: How to Design Rubber Components deals with some basic principles on which the successful use of rubber depends, including how elastomers are chosen, how formulations are developed, the reasons for rubber's elasticity and strength, and how to estimate stiffness, strength, durability, and other product attributes.

This newly revised text contains updated and revised textual material and many new problems that deal with specific issues and allow readers to test their understanding of the materials. Questions are appended to nearly every chapter — this feature is especially useful for students and those new to the field.

From the Preface: “...The plan and format of [this second edition] are otherwise unchanged. The subject of rubber in engineering is treated by authors with broad experience in rubber technology and, in particular, in engineering applications. We hope that the book continues to prove valuable both to students and to practicing engineers who must deal with this unusual, fascinating, and essential engineering material.”

Target Audience: Students and entry-level engineers who require a sound understanding of engineering with rubber.

Table of Contents:

Introduction

Materials and Compounds

Elasticity

Dynamic Mechanical Properties

Strength

Mechanical Fatigue

Durability

Design of Components

Finite Element Analysis

Tests and Specifications

Index