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Parametric Optimization Based on Mechanical Characterization of Fused Deposition Modelling Fabricated Part Using Utility Concept

机译:基于融合沉积建模制造零件的机械表征的参数优化

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The decline of manufactured goods improvement cycle time is a paramount apprehension in commerce to persist economical in the open market and henceforth, emphasis has moved from old-fashioned product improvement practice to quick fabrication practices similar to rapid prototyping (RP). Fused deposition modelling or some time coined as FDM is a RP process which constructs object or parts by piling and bonding melted deposits in a single trend. This technique employs very thin preheated thermoplastic filaments as a feed to nozzle tip which deposits the thermoplastic layer by layer for building any part. In wide-ranging manufacturing applications, these manufactured parts sometimes become unsuitable because of their low mechanical strength. As a consequence, significant determinations have been committed by various investigators to advance the mechanical strength of the parts.
机译:制造商品的衰落改善循环时间是在开放市场中持续经济的商业中的最重要的担忧,因此重点从老式的产品改进做法迁移到类似于快速原型(RP)的快速制造实践。 融合沉积建模或一段时间内融合为FDM的时间是通过在单个趋势中堆叠和粘合熔化的沉积物来构造物体或零件的RP过程。 该技术采用非常薄的预热热塑性细丝作为喷嘴尖端的进料,其通过层沉积热塑性层以构建任何部分。 在广泛的制造应用中,这些制造的部件由于其机械强度低而变得不合适。 因此,各种调查人员犯下了重要的决定,以推动零件的机械强度。

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