Titlebook: Handbook of Manufacturing Engineering and Technology; Andrew Y. C. Nee Reference work 2015 Springer-Verlag London 2015 Industrial and Prod

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Polymer Foam Technologyhe basics of polymer foaming through the use of blowing agents including a brief introduction on blowing agents and the common foaming methods used by both laboratories and industries. Current technologies used for specialty foam fabrication are included in the discussion. The multiple roles played

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Bulk Metal Forming Processes in Manufacturingte many emerging technologies, these advantages have made them a hot topic in industrial applications. In this chapter, various types of bulk metal forming processes are described. The main processes including rolling, extrusion, and forging with their sub-categories are covered. Particular attentio

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Materials in Metal Forming are provided. At first the details of the materials formability definition and applications in different forming processes are discussed. Formability is one of the most important characteristics of the engineering alloys. Subsequently, information on the materials used for metal-forming tools and d

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Roll Formingd into forming of profiles with varying cross sections and is thereby becoming more flexible. The motion of the rolls can now be controlled with respect to many axes enabling a large variation in the profiles along the formed sheet, the so-called 3D roll forming or flexible roll forming technology.

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Metal Castingmance, it is essential to understand the whole manufacturing route. This chapter on metal casting covers the fundamental of the metallurgical aspect of melting, and casting of both ferrous and nonferrous materials is covered. This includes furnaces and melting practices. The shaping of casting is de

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Incremental Metal Forming Processes in Manufacturingools against the conventional stamping operation. Forming components without component-specific tooling in ISMF provides a competitive alternative for economically and effectively fabricating low-volume functional sheet metal products; hence, it offers a valid manufacturing process to match the need

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Powder Processing of Bulk Components in Manufacturingin that it involves forming a component from powder and densifying it without melting, via solid state sintering. Sintering typically occurs at around 80 % of the melting point. The primary benefits of powder forming are as follows: (a) reduced forming temperature (reduced energy cost), (b) capabili