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Sintering. --- Frittage --- Additive manufacturing --- Iron --- Powder metallurgy --- Isostatic pressing --- Metallurgy
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This book comprises state-of-the-art reviews written by acknowledged experts who are active in sintering science. It includes seven invited reviews by authors hailing from five countries: J-M.Chaix (France) discusses quantitative aspects of the microstructures and modeling of sintering; with the technical aspects of image-analysis - including that of nanostructured materials - adding extra value. Z.S. Nikolic (Serbia) provides a theoretical review of the simulation of liquid-phase sintering, particularly under microgravity conditions, and extensively and critically reviews the results reported
Sintering. --- Frittage --- Additive manufacturing --- Iron --- Powder metallurgy --- Isostatic pressing --- Metallurgy
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Sintering is the process of forming materials and components from a powder under the action of thermal energy. It is a key materials science subject: most ceramic materials and many specialist metal powder products for use in key industries such as electronics, automotive and aerospace are formed this way. Written by one of the leading experts in the field, this book offers an unrivalled introduction to sintering and sintering processes for students of materials science and engineering, and practicing engineers in industry. The book is unique in providing a complete grounding in the pr
Sintering. --- Sintering --- Iron --- Powder metallurgy --- Isostatic pressing --- Metallurgy --- Frittage --- Additive manufacturing
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This book is addressed to a large and multidisciplinary audience of researchers and students dealing with or interested in sintering. Though commonly known as a method for production of objects from fines or powders, sintering is a very complex physicochemical phenomenon. It is complex because it involves a number of phenomena exhibiting themselves in various heterogeneous material systems, in a wide temperature range, and in different physical states. It is multidisciplinary research area because understanding of sintering requires a broad knowledge - from solid state physics and fluid dynamics to thermodynamics and kinetics of chemical reactions. Finally, sintering is not only a phenomenon. As a material processing method, sintering embraces the wide group of technologies used to obtain such different products as for example iron ore agglomerate and luminescent powders. As a matter of fact, this publication is a rare opportunity to connect the researchers involved in different domains of sintering in a single book.
Sintering. --- Frittage --- Additive manufacturing --- Iron --- Powder metallurgy --- Isostatic pressing --- Metallurgy --- Ceramics & glass technology
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Sintering --- Frittage --- Additive manufacturing --- Iron --- Powder metallurgy --- Isostatic pressing --- Equipment and supplies. --- Metallurgy
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Compacting. --- Metal powders. --- Nanoparticles --- Magnetic fields --- Isostatic pressing. --- Magnetic properties. --- Industrial applications.
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How to Scale-Up a Wet Granulation End Point Scientifically provides a single-source devoted to all relevant information on the scale-up of a wet granulation end point. Contents include a general description, problem identification, and theoretical background with supporting literature, case studies, potential solutions, and more. By outlining issues related to scale-up and end-point determination, and then using practical examples and advice to address these issues, How to Scale-Up a Wet Granulation End Point Scientifically is a valuable and essential resource for all those pharmaceutical scientists and technologists engaged in the granulation process.
Compacting --- Manufacturing processes --- Mathematical models. --- Automation. --- Compaction --- Compressing of granular materials --- Compressibility --- Granular materials --- Isostatic pressing --- Powders
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Sintering technology is an old and extensive technology in many areas, and it has been used especially in ceramic fabrication. This book covers many fields, for example, the development of different sintering technologies in recent years, such as spark plasma sintering, flash sintering, microwave sintering, reaction and laser sintering, and so on, and also some special ceramic material fabrication methods and applications, such as carbon nanotubes mixed with alumina and zirconia ceramics, pure and doped zirconia, ZnO ceramic varistors, and so on.
Sintering. --- Frittage --- Additive manufacturing --- Iron --- Powder metallurgy --- Isostatic pressing --- Metallurgy --- Physical Sciences --- Engineering and Technology --- Materials Science --- Process Engineering --- Ceramics
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Sintering is a method for manufacturing components from ceramic or metal powders by heating the powder until the particles adhere to form the component required. The resulting products are characterised by an enhanced density and strength, and are used in a wide range of industries. Sintering of advanced materials: fundamentals and processes reviews important developments in this technology and its applicationsPart one discusses the fundamentals of sintering with chapters on topics such as the thermodynamics of sintering, kinetics and mechanisms of densification, the kinetics of micros
Sintering. --- Frittage --- Additive manufacturing --- Iron --- Powder metallurgy --- Isostatic pressing --- Metallurgy --- Material Science and Metallurgy --- General and Others
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This book contains accounts of state-of-the art approaches to the physics of granular matter, from a widely interdisciplinary and international set of experts in the field. The authors include theorists such as S F Edwards, J Krug and J Kurchan; the book is also unique in reporting current experimental approaches with, importantly, a detailed account of new techniques. It will serve as an invaluable handbook for all researchers, both novice and experienced, who wish to get quickly directed to open questions in key aspects of this challenging and topical domain.
Contents:
Granular materials --- Compacting --- Compaction --- Compressing of granular materials --- Compressibility --- Isostatic pressing --- Powders --- Bulk solids --- Materials --- Fluid dynamics
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