Abstract:
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STL file is widely used as the data input in rapid prototyping system. This paper analyzes all kinds of slight features that exit in the STL file, such as peaks, valleys, flat areas, and staircase effect which will influence the accuracy of the workpiece. An integrated slicing algorithm is proposed in this paper, which will obtain the optimal slicing thickness and repair the positive or negative tolerance. This algorithm is adaptively to be used in the rapid prototyping technology with changeable slicing thickness.
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Funds:
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广州市科技攻关项目(2004Z3D0101)
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AuthorIntro:
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Reference:
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[1] ChiuYY,LiaoYS,LeeSC.Slicingstrategiestoobtainaccuaracy offeaturerelationinrapidlyprototypedparts[J].International JournalofMachineTools&Manufacture,2004,44:797806.
[2] 林俊文,黄常标,江开勇.基于STL面片法向矢量的自适应分层算法[J].制造技术与机床,2003,(11):6768,84,93.
[3] LiaoYS,ChiuYY.Anewslicingprocedureforrapidprototy pingsystem[J],InternationalJournalofAdvancedManufac turingTechnology,2000,18:579585.
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