A Treatise On Photo-Elasticity
A Treatise On Photo-Elasticity
A Treatise On Photo-Elasticity

A Treatise On Photo-Elasticity

$115.00 AUD

Availability: in stock at our Tullamarine warehouse

Condition: SECONDHAND

This is a secondhand book. The jacket image is a photograph of the exact copy we have in stock. This image shows the condition of this book. Further condition remarks are below.

Edition: 2nd ed.,

Condition remarks:
Book: Fair
Jacket: Chipped and worn with some minor damage
Pages: Yellowed
Markings: Previous owner
Condition remarks: poor boards - discoloured and stained; binding remains tight; internally sound. price clipped dj.

At the intersection of optics and mechanics lies one of the most powerful experimental techniques in classical engineering science — and A Treatise on Photo-Elasticity remains the definitive authority on the subject. Originally authored by E. G. Coker and L. N. G. Filon, two of Britain's most distinguished applied mathematicians and engineers, this monumental work chronicles the principles and practice of photo-elasticity: the optical method by which stress distributions in transparent models are made visible through the phenomenon of birefringence. It presents a rigorous mathematical framework alongside detailed experimental methodology, covering everything from the theory of light and elasticity to the practical construction of polariscopes and the interpretation of fringe patterns under complex loading conditions. Revised by H. T. Jessop and published by Cambridge University Press, this 1957 edition updates a landmark text that had already shaped a generation of structural and mechanical engineers. The authors argue with precision and clarity, guiding the reader from foundational optical theory through increasingly sophisticated applications in stress analysis for engineering structures. Its scope is extraordinary — part physics treatise, part engineering handbook — and its influence on experimental mechanics endures to this day. For anyone engaged in the study of stress analysis, structural integrity, or the history of applied mechanics, this volume remains an indispensable reference that bridges elegant theory with hands-on scientific practice.

Author: E. G. Coker And L. N. G. Filon
Format: Hardback
Published: 1957, Cambridge University Press
Genre: Physics

Description

Edition: 2nd ed.,

Condition remarks:
Book: Fair
Jacket: Chipped and worn with some minor damage
Pages: Yellowed
Markings: Previous owner
Condition remarks: poor boards - discoloured and stained; binding remains tight; internally sound. price clipped dj.

At the intersection of optics and mechanics lies one of the most powerful experimental techniques in classical engineering science — and A Treatise on Photo-Elasticity remains the definitive authority on the subject. Originally authored by E. G. Coker and L. N. G. Filon, two of Britain's most distinguished applied mathematicians and engineers, this monumental work chronicles the principles and practice of photo-elasticity: the optical method by which stress distributions in transparent models are made visible through the phenomenon of birefringence. It presents a rigorous mathematical framework alongside detailed experimental methodology, covering everything from the theory of light and elasticity to the practical construction of polariscopes and the interpretation of fringe patterns under complex loading conditions. Revised by H. T. Jessop and published by Cambridge University Press, this 1957 edition updates a landmark text that had already shaped a generation of structural and mechanical engineers. The authors argue with precision and clarity, guiding the reader from foundational optical theory through increasingly sophisticated applications in stress analysis for engineering structures. Its scope is extraordinary — part physics treatise, part engineering handbook — and its influence on experimental mechanics endures to this day. For anyone engaged in the study of stress analysis, structural integrity, or the history of applied mechanics, this volume remains an indispensable reference that bridges elegant theory with hands-on scientific practice.