The rheo knee ? is the world ' s first microprocessor swing and stance knee system to utilize the power of artificial intelligence 是世界上第一种利用人工智能的力量的微处理器控制摆动和支撑的膝关节系统。
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The mould filling process of rheo - diecasting of semi - solid magnesium alloy and die casting of liquid magnesium alloy has been simulated with the computer program of mold filling process 摘要利用数值模拟技术，模拟了镁合金液态压铸和半固态流变压铸成形充型流动过程。
3.
The computer simulation results showed that the effects of ingate dimension and ingate location on the rheo - diecasting were relatively small , and the casting process - design was easily to be done ; under the same condition , the semi - solid rheo - diecasting decreased the air entrapment during the mould filling process , and high quality metal castings could be obtained through semi - solid forming technology 结果表明：半固态流变压铸成形在不同的内浇口尺寸与位置条件下都可以获得平稳的充型流动场，其工艺参数设计灵活；同等条件下，半固态流变压铸成形的型腔充填过程平稳，成形铸件的质量优于液态压铸成形。
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In this dissertation , on the basis of researches on the mechanisms of electrorheological effect and the change in microstructure of composite dispersion under the applied electric field . the theoretical analysis to rheo - optic characteristics of an electrorheological fluid under an electric field is first conducted systematically . the light - controlling properties of an electrorheological fluid is ev aluated and an intelligent structure of electrorheological fluids - based smart windows ( erfsw ) is proposed and designed at the first time 本论文在研究双相复合悬浮液电流变效应机理，及场致微结构变化特征的基础上，首次对电流变体流变光学特性进行了较深入的理论分析，并对电流变体的光学调控特性进行测试，从而首次提出并设计了光学特性动态可调的电流变体灵巧窗( electrorheologicalfluids - basedsmartwindow ， erfsw )智能结构，为电流变体应用研究提出了一条新思路，开拓了电流变体在灵巧窗智能结构等方面的应用。
