To obtain a copy of a specific publication, users should contact the publication's publisher directly.
Abstract
This book focuses on both the theoretical elements such as thoe dealing with diffusion, solidification, deformation, annealing phenomena, nucleation in solids, phase transformation in solids, kinetics of phast transformation, structure property relationships, and the processing elements such as dealing with heat treating operations, surface modification and thin film deposition, and thermal spary coatings. This book covers mostly ferrous and nonferrous alloy. The purpose of this handbook is to present to the readers the latest information on fundamental principles, alloy design, and technologically useful microstructures, properties, forms and application so ferrour and nonferrous materials. This handbook, which describes physical metallurgy with a novel approach and a comprehensive treatment, will serve as a valuable tool in understanding the interplay between microstructure, properties, and performance of a variety of specific applications; in solving heat treatment, surface modification, and other processing problems; in the tradeoff decisions that are often made in the automotive, aerospace, and other metalworking industries; and in the design, product development, and materials engineering of components that must operate reliably under service conditions.
This book focuses on both the theoretical elements such as thoe dealing with diffusion, solidification, deformation, annealing phenomena, nucleation in solids, phase transformation in solids, kinetics of phast transformation, structure property relationships, and the processing elements such as dealing with heat treating operations, surface modification and thin film deposition, and thermal spary coatings. This book covers mostly ferrous and nonferrous alloy. The purpose of this handbook is to present to the readers the latest information on fundamental principles, alloy design, and technologically useful microstructures, properties, forms and application so ferrour and nonferrous materials. This handbook, which describes physical metallurgy with a novel approach and a comprehensive treatment, will serve as a valuable tool in understanding the interplay between microstructure, properties, and performance of a variety of specific applications; in solving heat treatment, surface modification, and other processing problems; in the tradeoff decisions that are often made in the automotive, aerospace, and other metalworking industries; and in the design, product development, and materials engineering of components that must operate reliably under service conditions.
Date
0/2002
0/2002
Author(s)
Anil Kumar Sinha
Anil Kumar Sinha
Page(s)
Keyword(s)
metallurgy; metal alloy;
metallurgy; metal alloy;