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首页> 外文期刊>The International Journal of Advanced Manufacturing Technology >Agile product development through CAD and rapid prototyping technologies: an examination in a traditional pump-manufacturing company
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Agile product development through CAD and rapid prototyping technologies: an examination in a traditional pump-manufacturing company

机译：通过CAD和快速原型技术开发敏捷产品：在传统泵制造公司中进行的检查

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摘要

The pump industry is the one which is yet to exhibit agile characteristics by evolving new models quickly in accordance with the dynamic demands of the customers. The researchers have not yet explored the potential of infusing agile characteristics in the pump industry. In order to initiate exploration in this direction, the research reported in this paper was carried out. To begin with, the empirical equations used for designing the pump components namely impeller and casing were referred. Subsequently, a software to compute the parameters using these empirical equations was developed. By inputting these parameters in a Pro/E software package, four new solid models of impeller and casing were designed. These newly designed models were subjected to analysis using GAMBIT and FLUENT software packages. Subsequently, rapid prototyping technology was adopted to develop the prototype of one of those models of impeller. In order to obtain the industry view of this research, four practicing experts were approached with a questionnaire to gather their reactions. The results of their reactions indicated that this research could be practically applied to achieve agile product development through the interfacing of computer-aided design (CAD) and rapid prototyping technologies. Keywords Agile manufacturing - Computer-aided design - Rapid prototyping - Pump design
机译：通过根据客户的动态需求快速发展新型号，泵业尚表现出敏捷特性。研究人员尚未探索在泵行业中注入敏捷特性的潜力。为了朝这个方向进行探索，本文进行了研究。首先，参考了用于设计泵组件（即叶轮和泵壳）的经验公式。随后，开发了使用这些经验方程式计算参数的软件。通过在Pro / E软件包中输入这些参数，设计了四个新的叶轮和壳体实体模型。使用GAMBIT和FLUENT软件包对这些新设计的模型进行了分析。随后，采用快速原型技术开发了其中一种叶轮模型的原型。为了获得该研究的行业观点，与四位执业专家进行了问卷调查，以收集他们的反应。他们的反应结果表明，该研究可通过计算机辅助设计（CAD）和快速原型技术的接口，在实践中用于实现敏捷产品开发。敏捷制造-计算机辅助设计-快速原型设计-泵设计

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