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This practical guide provides an introduction for understanding the compositional complexity of superalloys superalloy and the wide range of alloys developed for specific applications. The basics of alloying, strengthening mechanisms, and structure of superalloys are explained in optimizing particular mechanical properties, oxidation/corrosion resistance, and manufacturing characteristics such as castability, forgeability, and weldability.

Gauges: 45-65-80-105-125 Infeld bass strings deliver modern tone, with balanced spread across the frequency spectrum. They communicate in a full, ...

Gauges: 45-65-80-105 Infeld bass strings deliver modern tone, with balanced spread across the frequency spectrum. They communicate in a full, we...

Superalloys are unique high-temperature materials used in gas turbine engines, which display excellent resistance to mechanical and chemical degradation. This book presents the underlying metallurgical principles which have guided their development and practical aspects of component design and fabrication from an engineering standpoint. The topics of alloy design, process development, component engineering, lifetime estimation and materials behaviour are described, with emphasis on critical components such as turbine blading and discs. The first introductory text on this class of materials, it will provide a strong grounding for those studying physical metallurgy at the advanced level, as well as practising engineers. Included at the end of each chapter are exercises designed to test the reader's understanding of the underlying principles presented. Solutions for instructors and additional resources are available at www.cambridge.org/9780521859042.

A Collection of outstanding Articles from the Technical Literature: Printed boards

This is the first truly comprehensive review of the latest developments in the pursuit of superalloys since the publication, 15 years ago, of Superalloys, which quickly became the standard work in the field. The editors of this volume define superalloys as those alloys based on Group VIIIA-base elements developed for elevated temperature service (some of which operate at nearly 90% of their absolute melting temperature), which also demonstrate combined mechanical strength and surface stability. Topics covered include gas turbine design and superalloys, cobalt-base alloys, nickel-iron alloys, prediction of phase composition, high-temperature oxidation, wrought alloys, powder metallurgy, joining, alternative materials, and the future of superalloys. Contains appendixes of phase diagrams, superalloy data, and registered trademarks.

Superalloys are unique high-temperature materials used in gas turbine engines, which display excellent resistance to mechanical and chemical degradation. This book presents the underlying metallurgical principles which have guided their development and practical aspects of component design and fabrication from an engineering standpoint. The topics of alloy design, process development, component engineering, lifetime estimation and materials behaviour are described, with emphasis on critical components such as turbine blading and discs. The first introductory text on this class of materials, it will provide a strong grounding for those studying physical metallurgy at the advanced level, as well as practising engineers. Included at the end of each chapter are exercises designed to test the reader's understanding of the underlying principles presented. Solutions for instructors and additional resources are available at www.cambridge.org/9780521859042.

This is the first truly comprehensive review of the latest developments in the pursuit of superalloys since the publication, 15 years ago, of Superalloys, which quickly became the standard work in the field. The editors of this volume define superalloys as those alloys based on Group VIIIA-base elements developed for elevated temperature service (some of which operate at nearly 90% of their absolute melting temperature), which also demonstrate combined mechanical strength and surface stability. Topics covered include gas turbine design and superalloys, cobalt-base alloys, nickel-iron alloys, prediction of phase composition, high-temperature oxidation, wrought alloys, powder metallurgy, joining, alternative materials, and the future of superalloys. Contains appendixes of phase diagrams, superalloy data, and registered trademarks.

Basic Compounds for Superalloys: Mechanical Properties explores the mechanical properties of the iron group based intermetallic compounds that are the basis of super-alloys. Chapters explore tensile tests and compressive stress and hardness and provide detailed considerations that are devoted to time dependent deformation, namely creep and cyclic deformation. In addition, a discussion of the nano-crystalline L12 and B2 structures and their mechanical properties is included. Fracture and failure of these materials in both macro and nano-iron based compounds is also considered. This book is ideal for engineers, scientists and technical personnel who work in materials engineering, materials science, and mechanical and chemical engineering.Provides an in-depth focus on the mechanical properties of Fe- superalloy materialsIncludes a discussion of the static, time dependent and cyclic deformation properties of macro- and nano materials Reviews how superalloy materials behave under a variety of ‘in-service’ environments and conditions

258 pp., appendix & index, hardcover, minor internal library markings, else text clean & binding tight. - If you are reading this, this item is actually (physically) in our stock and ready for shipment once ordered. We are not bookjackers. Buyer is responsible for any additional duties, taxes, or fees required by recipient's country. Photos available upon request.

Here is a clear, non-mathematical introduction to a rapidly developing area of physics. The volume provides scientists, students, teachers, and research workers with wide-ranging information on how models can be used to explain the macroscopic properties of solids. It includes full-chapter guidance on thermal properties, electrical properties, and the behavior of electrons in metals, semiconductors, and superconductors. Magnetic properties are given proper consideration, and mechanical properties such as plasticity, dislocation, and diffusion are covered. In addition, detailed mathematical treatments are presented in easy-to-use boxed sections for those who wish to study the subject in greater depth.

Basic Compounds for Superalloys: Mechanical Properties explores the mechanical properties of the iron group based intermetallic compounds that are the basis of super-alloys. Chapters explore tensile tests and compressive stress and hardness and provide detailed considerations that are devoted to time dependent deformation, namely creep and cyclic deformation. In addition, a discussion of the nano-crystalline L12 and B2 structures and their mechanical properties is included. Fracture and failure of these materials in both macro and nano-iron based compounds is also considered. This book is ideal for engineers, scientists and technical personnel who work in materials engineering, materials science, and mechanical and chemical engineering.Provides an in-depth focus on the mechanical properties of Fe- superalloy materialsIncludes a discussion of the static, time dependent and cyclic deformation properties of macro- and nano materials Reviews how superalloy materials behave under a variety of ‘in-service’ environments and conditions

Superalloys are well known materials for high temperature applications. Although the superalloys have adequate mechanical strength at elevated temperatures, yet they often lack resistance to oxidizing/corroding environments during long time exposures. One possible way to combat the problem constitutes the use of protective coatings on the superalloys. Among the various techniques used for deposition of coatings, plasma spraying is a versatile technology that has been successful as a reliable cost-effective solution for many industrial problems.In the present book, high temperature oxidation behavior of some Ni- and Fe- based superalloys has been explained with and without the application of plasma sprayed coatings in air, as well as, in a simulated boiler (Na2SO4-60%V2O5) environment.Characterization and high temperature oxidation behavior of four coatings; Ni-22Cr-10Al-1Y (NiCrAlY), Ni-20Cr, Ni3Al and Stellite-6 has been elaborated with the help of Optical microscopy, Scanning Electron Microscopy/Energy Dispersive Spectroscopy and Electron Probe Micro Analysis.The effectiveness of the coatings has been discussed on the basis of weight change data.

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