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Research progress of semi-solid processing in China

机译:中国半固态加工的研究进展

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There have been five academic conferences organized by the chairman of semi-solid processing academic committee, Prof. Shoujing Luo, in China since 2000. Based on the achievements of the five academic conferences, six aspects of research progress of semi-solid processing in China will be discussed here by the authors, which includes the research on fundamental theories of semi-solid processing, that is, theories of high-pressure solidification, plastic deformation densification and rheological filling; the research on technological theories of semi-solid processing, that is, theories of preparation of semi-solid slurries or billets and their spheroidization, theories of thixoforging and controlling of technological parameters, theories of double controlling of semi-solid die casting and semi-solid die forging and their numerical simulation; the research on characterization of semi-solid metal and their design; the application present status and potential prediction of semi-solid processing; present status of academic organization, academic communication and cultivating persons and the differences between the other countries and China. The research results show that China is a large country for metal processing, but China isn't a strong in metal processing. As with other processing technologies, under the support the government foundations and other funds, more research work should be done in semi-solid processing and originality innovation and key technologies on preparation semi-solid slurries or billets and forming must be completely successfully in order to improve the competitive powder of semi-solid processing. It is should be noted that semi-solid processing will become a important forming method of simple, high efficient, low cost and good quality in the fields of materials processing
机译:自2000年以来,半固态加工学术委员会主席罗守敬教授在中国举办了五次学术会议。根据这五次学术会议的成果,中国半固态加工研究的六个方面作者将在这里进行讨论,其中包括对半固态加工的基本理论的研究,即高压凝固,塑性变形致密化和流变填充的理论。半固态加工技术理论的研究,即半固态浆料或坯料的制备和球化理论,触变组织和工艺参数控制理论,半固态压铸和半固态双重控制理论固态模锻及其数值模拟;半固态金属的表征及其设计的研究;半固态加工的应用现状和潜力预测;学术组织,学术交流和培养人才的现状以及中外差异。研究结果表明,中国是金属加工的大国,但中国在金属加工方面并不强大。与其他加工技术一样,在政府基金会和其他资金的支持下,应在半固体加工和创新方面进行更多的研究工作,并且必须完全成功地制备半固体浆料或坯料并成型的关键技术,以便改善半固态加工的竞争力粉末。应当指出的是,半固体加工将成为材料加工领域中简单,高效,低成本和高质量的重要成型方法。

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