Micromechanics Of Defects In Solids(1st Edition)

Authors:

T Mura

Type:Hardcover/ PaperBack / Loose Leaf
Condition: Used/New

In Stock: 2 Left

Shipment time

Expected shipping within 2 - 3 Days
Access to 35 Million+ Textbooks solutions Free
Ask Unlimited Questions from expert AI-Powered Answers 30 Min Free Tutoring Session
7 days-trial

Total Price:

$69.94

List Price: $99.91 Savings: $29.97 (30%)
Access to 30 Million+ solutions
Ask 50 Questions from expert AI-Powered Answers 24/7 Tutor Help Detailed solutions for Micromechanics Of Defects In Solids

Price:

$9.99

/month

Book details

ISBN: 902473343X, 978-9024733439

Book publisher: Springer

Offer Just for You!: Buy 2 books before the end of January and enter our lucky draw.

Book Price $69.94 : This Book Stems From A Course On Micromechanics That I Started About Fifteen Years Ago At Northwestern University. At That Time, Micromechanics Was A Rather Unfamiliar Subject. Although I Repeated The Course Every Year, I Was Never Convinced That My Notes Have Quite Developed Into A Final Manuscript Because New Topics Emerged Constantly Requiring Revisions, And Additions. I Finally Came To Realize That If This Is Continued, Then I Will Never Complete The Book To My Total Satisfaction. Meanwhile, T. Mori And I Had Coauthored A Book In Japanese, Entitled Micromechanics, Published By Baifu-kan, Tokyo, In 1975. It Received An Extremely Favorable Response From Students And Re­ Searchers In Japan. This Encouraged Me To Go Ahead And Publish My Course Notes In Their Latest Version, As This Book, Which Contains Further Development Of The Subject And Is More Comprehensive Than The One Published In Japanese. Micromechanics Encompasses Mechanics Related To Microstructures Of Materials. The Method Employed Is A Continuum Theory Of Elasticity Yet Its Applications Cover A Broad Area Relating To The Mechanical Behavior Of Materi­ Als: Plasticity, Fracture And Fatigue, Constitutive Equations, Composite Materi­ Als, Polycrystals, Etc. These Subjects Are Treated In This Book By Means Of A Powerful And Unified Method Which Is Called The 'eigenstrain Method. ' In Particular, Problems Relating To Inclusions And Dislocations Are Most Effectively Analyzed By This Method, And Therefore, Special Emphasis Is Placed On These Topics.