Handbook of metal injection molding
Handbook of metal injection molding
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DOI：
10.1080/00207233.2013.763661
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发表时间：
2013-02
影响因子：
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通讯作者：
R. Miranda
中科院分区：
文献类型：
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作者：
R. Miranda
在过去的二十年中，金属注射成型（MIM）在非传统工业领域（如植入物制造）的使用增长非常迅速。这本书是一本真正意义上的手册：它包含了关于市场，技术，质量和实际问题的最新信息。这本书有四个部分，每个部分由几位作者的贡献组成，他们是这些特定领域的世界权威。第1部分涉及到工艺和目标方面，如MIM设计，粉末技术模具，成型，脱脂和烧结。第2部分着重于质量问题，包括建模和仿真，缺陷和过程控制。第3部分专门介绍特殊的MIM工艺-其中一些是最近才出现的-例如微MIM。最后，第4部分专门介绍特殊材料的注射，如钢（不锈钢和工具钢），硬质合金，钛合金，以及微电子和磁性应用材料。第一章着重于市场和产业结构，包括可感知的趋势。这是一本综合性的书，有最近的研究成果和实际应用的例子。所有各章都提供了大量参考资料。这些将是最有用的额外文献为读者有兴趣深入的主题。从环境的角度来看，应该强调的是，MIM作为一种金属加工技术，比铸造和铸造等传统技术带来了相当大的好处。事实上，通过使用本手册所述的技术，更负面的环境影响，如产生（有时）包括重金属的危险废物、空气排放和噪音，都大大减少了。此外，MIM中的能量使用比传统的铸造和铸造更加合理。
The use of metal injection moulding (MIM) has increased very rapidly in the past two decades in non-traditional industrial fields such as implants manufacturing. This book is a handbook, in the true sense of the word: it contains very up-to-date information on market, technological, quality and practical issues. The book has four parts, each consisting of contributions from several authors who are world authorities in those specific fields. Part 1 concerns processing and targets aspects such as designing for MIM, powder technology tooling, moulding, de-binding and sintering. Part 2 focuses on quality issues including modelling and simulation, defects and process control. Part 3 is devoted to special MIM processes – some of these very recent – such as micro MIM. Finally, Part 4 is devoted to specific materials injection such as steels (stainless and tool steel), hard metals, Ti alloys, and materials for microelectronics and magnetic applications. The first chapter focuses on market and industrial structure, including perceived trends. This is a comprehensive book with very recent research outputs and practical examples of application. All the chapters present a significant number of references. These will be most useful as additional literature for the readers interested into going deeper in the topic. From the environmental point of view, it should be stressed that MIM, as a metals processing technology, brings considerable benefits over more traditional technologies such as foundry and casting. In fact, the more negative environmental impacts such as generation of hazardous wastes comprising (sometimes) heavy metals, air emissions and noise, are greatly reduced by the use of the technology described in this handbook. Further, the use of energy is much more rational in MIM than in traditional foundry and casting.