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Sintered Metallic and Ceramic Materials: Preparation, Properties and Applications.

机译：烧结金属和陶瓷材料：制备，性能和应用。

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This volume provides a refreshing look at the science and technology of sintering for a wide range of materials. While most books on the topic dwell on the science and theory behind sintering with only a limited number of practical industrial examples, Upadhyaya does just the opposite. This book spends only one chapter on the theory and the rest of the 670 pages are devoted to how the science of sintering is applied to numerous metallic and ceramic materials. Chapter topics include high-and low-alloy ferrous materials, copper alloys, aluminum alloys, nickel alloys, titanium and zirconium alloys, silver and lead alloys, tungsten and molybdenum alloys, as well as oxide and non-oxide ceramics, cermets and intermetallics.Each chapter is broken down into three main sections: how the powder is produced; how the powder is most routinely consolidated and sintered; and the resulting properties of the consolidated material. The extensive use of phase diagrams as well as plots of material properties versus relative density allows an engineer to easily extrapolate processing conditions and properties for alloy compositions not explicitly mentioned in the book. The largest chapter, which deals with low-alloy ferrous materials, outlines many of the details surrounding ternary and quarternary alloys as well as the effects of varying carbon content.
机译：该卷对各种材料的烧结科学和技术提供了令人耳目一新的印象。尽管有关该主题的大多数书籍都只讨论了烧结后的科学和理论，但仅提供了少量实用的工业实例，而Upadhyaya却恰恰相反。本书只花了一章的理论知识，其余的670页专着于如何将烧结科学应用于多种金属和陶瓷材料。本章的主题包括高和低合金铁类材料，铜合金，铝合金，镍合金，钛和锆合金，银和铅合金，钨和钼合金，以及氧化物和非氧化物陶瓷，金属陶瓷和金属间化合物。每章分为三个主要部分：粉末的生产方式;粉末如何最常规地固结和烧结;以及合并材料的最终特性。相图的广泛使用以及材料性能与相对密度的关系图，使工程师可以轻松推断出书中未明确提及的合金成分的加工条件和性能。最大的一章涉及低合金黑色金属材料，概述了围绕三元和四元合金的许多细节，以及碳含量变化的影响。

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