A Computer Aided Design Software Comparative Study with Applications in Industry 4.0 – Smart Manufacturing

M. Ciorap, Dogan Gures, C. Dumitraș
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Abstract

Abstract The concept Industry 4.0 implies many elements such as CAD/CAM/CAE, simulation, additive fabrication, IoT (internet of things) and it was a result of the demands of the industry in decreasing the period of product designing, flexibility of the design, and quick response to the market demands.. With the help of CAD software, the design period for a new product was reduced by almost 30 percent. Based on this reason, the CAD software family was developed during the last twenty years giving the possibility to create more complex 3D models, parametrization and calculus for product cost or mechanical properties. One of the major drawback in having such a great number of companies that produce CAD software is that each one tries to individualize their own software. We can mention that there are over 150 types of CAD files format. This multitude of types of CAD software makes it necessary to carry out a comparative study to establish criteria for choosing one software or another. In this article we carried out such a study considering three of the most used software based on a case study – the design of a turning cutting tool.
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计算机辅助设计软件在工业4.0 -智能制造中的应用比较研究
工业4.0的概念包含了CAD/CAM/CAE、仿真、增材制造、IoT(物联网)等诸多要素,是行业对缩短产品设计周期、设计灵活性和快速响应市场需求的需求的结果。在CAD软件的帮助下,新产品的设计周期缩短了近30%。基于这个原因,CAD软件家族在过去的二十年中发展起来,为产品成本或机械性能提供了创建更复杂的3D模型,参数化和演算的可能性。拥有这么多生产CAD软件的公司的一个主要缺点是,每个公司都试图使自己的软件个性化。我们可以提到有超过150种CAD文件格式。这众多类型的CAD软件使得有必要进行比较研究,以建立选择一种软件或另一种软件的标准。在这篇文章中,我们进行了这样的研究,考虑到三个最常用的软件基于一个案例研究-车削刀具的设计。
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