Development of web-based knowledge-based system for CAD modeling and manufacturing (original) (raw)
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ScienceDirect Development of web-based knowledge-based system for CAD modeling and manufacturing
elsevier, 2018
With the aim of sustain in the present volatile market, the companies are looking for the alternate methods for designing and manufacturing. Web-based technologies have the potential to blend into the context of engineering design and manufacturing. This paper presents a preliminary approach for developing the web-based Knowledge-Based System for CAD modeling and 9manufacturing. The advanced CAD modeling techniques such as parametric modeling technique have been incorporated in the proposed system along with the macro codes for generation of the CAD model. The generated CAD model is the intermediate output of the proposed system and is the input to the CNC code generator to carry out the manufacturing processes. An inference engine and relevant web-UI are developed for assisting the design engineers. The intension behind the development of the system is to reduce the CAD modeling and manufacturing time and thereby reducing the production cost.
To hold and have their share in the present unpredictable market, the companies are heading toward the alternative techniques for designing and manufacturing. Web-based technologies have the capability to blend into the context of engineering design and manufacturing. This paper illustrates a preliminary approach for developing an online knowledge-based system for CAD modeling and manufacturing. The purpose of developing this system is to cut down the CAD modeling and manufacturing time and thereby reducing the production cost. The parametric modeling technique has been incorporated in the proposed system along with the macro codes for generation of the CAD model. The generated CAD model is the intermediate output of the proposed system and is the input to the CNC code generator to carry out the manufacturing processes. An inference engine and relevant Web UI were developed for assisting the design engineers.
Development of an approach for Knowledge-Based System for CAD modelling
Materials Today: Proceedings, 2018
In the process of reducing the production cost and satisfying the customer and to sustain in the current volatile market, the manufacturing companies are looking for alternate processes and methods of designing and manufacturing. The conventional CAD/CAM tools are developed to meet the general needs of the market, but not the rapid or specific requirements of the market or customer. Consequently, the companies are looking to customize or tailor the CAD/CAM tools to improve their effectiveness. For this reason, the scope of research in the field of customization of designing tools has improved rapidly in the recent time. This paper discusses an introductory approach for developing an knowledge based system for CAD modelling using customization process of an CAD/CAM tool. The intension behind the development of the system is to reduce the production time and cost. The effectiveness of the proposed system has been examined using an industrial case study.
ScienceDirect Development of an approach for Knowledge-Based System for CAD modelling
elsevier, 2018
In the process of reducing the production cost and satisfying the customer and to sustain in the current volatile market, the manufacturing companies are looking for alternate processes and methods of designing and manufacturing. The conventional CAD/CAM tools are developed to meet the general needs of the market, but not the rapid or specific requirements of the market or customer. Consequently, the companies are looking to customize or tailor the CAD/CAM tools to improve their effectiveness. For this reason, the scope of research in the field of customization of designing tools has improved rapidly in the recent time. This paper discusses an introductory approach for developing an knowledge based system for CAD modelling using customization process of an CAD/CAM tool. The intension behind the development of the system is to reduce the production time and cost. The effectiveness of the proposed system has been examined using an industrial case study.
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