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首页> 外文期刊>Indian Foundry Journal >Technological Advances in Squeeze Casting Technique for Processing Discontinuous Ceramic Fibre-Reinforced Metal Matrix Composite Materials by Liquid Metallurgy Route
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Technological Advances in Squeeze Casting Technique for Processing Discontinuous Ceramic Fibre-Reinforced Metal Matrix Composite Materials by Liquid Metallurgy Route

机译:液态冶金法处理不连续陶瓷纤维增强金属基复合材料的挤压铸造技术进展

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摘要

Squeeze casting is a special casting technique which combines the advantages of traditional high pressure die casting, gravity permanent mould casting and forging. It is a relatively new and developing casting process. It is otherwise called as squeeze forming, liquid forging, liquid pressing, extrusion casting, liquid metal stamping, pressure crystallisation and corthias casting. The above-mentioned process was discovered by the Russians and later it was developed in countries like USA, Europe and Japan/This casting process is applied for processing of both ferrous and non-ferrous materials besides composites. The major advantages of this technology are elimination of porosity and sariakage, one hundred per cent casting yield, attainment of greater part details, good surface finish, good dimensional accuracy, high strength-to-weight ratio, improved wear resistance, high corrosion resistance higher hardness, resistance to high temperature, improved fatigue and better creep strength. The components, manufactured by this casting method, requires lesser post-machining operation and they have improved mechanical properties like higher strength and ductility.
机译:挤压铸造是一种特殊的铸造技术,结合了传统高压压铸,重力永久铸模和锻造的优势。这是一个相对较新的发展中的铸造工艺。否则,它被称为挤压成形,液体锻造,液体压制,挤压铸造,液态金属冲压,压力结晶和科尔蒂亚斯铸造。上述工艺是俄罗斯人发现的,后来在美国,欧洲和日本等国家进行了开发。这种铸造工艺除了用于复合材料外,还用于黑色金属和有色金属的加工。这项技术的主要优点是消除了孔隙和流涎,铸件产率达到了100%,获得了更多的零件细节,表面光洁度高,尺寸精度高,强度重量比高,耐磨性提高,耐腐蚀性更高硬度,耐高温性,改善的疲劳性和更好的蠕变强度。通过这种铸造方法制造的部件需要较少的后加工操作,并且具有更高的机械性能,例如更高的强度和延展性。

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