Development of a Constraint-Based Approach for Knowledge-Based System for CAD Modeling

Reddy, E. Jayakiran; Rangadu, V. Pandu; Ramachandra, R.; Naidu, V. Naga Prasad

doi:10.1166/asem.2018.2124

Cited by 9 publications

(2 citation statements)

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“…The modern production is founded on using information science and communication technologies as CALS-technology (continuous acquisition and lifecycle support) or PLM-technology (information support of the product lifecycle management processes). PLM is an approach to designing and producing high-tech and scientifically based product, using information science and computer technology at all stages of the product life cycle [13].…”

Section: Ntegration Role Of Cad Technologies In Plm Including In Mmentioning

confidence: 99%

Decision Maintenance Management Problems in Agriculture Engineering by Constructive Geometric Modeling Methods

Juraev¹

2020

Maintenance Management

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Extension of functional possibilities of tools is one of the main ways to increase the maintenance property of technical means. It especially actually in modern agricultural production, based on precision agriculture technologies, where using technical means must provide: reduction of cost, conservation of ground fertility, saving energy-resources, improvement labor conditions, and increase machines capacity. One of efficient way to solve these problems is using geometric modeling methods and systems in designing technical means. Geometric modeling, as one of the varieties of the synthetic methods of design, is a theoretical base for different technologies of these methods, like industrial design and CAD technologies. In this chapter, as examples, the following case studies will be considered: development of multifunctional mold board by geometric modeling, for increasing its maintenance property; integration role of CAD technologies in PLM, including in maintenance management; and visualization of production design process of technical means according to maintenance criterions.

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Section: Ntegration Role Of Cad Technologies In Plm Including In Mmentioning

confidence: 99%

Decision Maintenance Management Problems in Agriculture Engineering by Constructive Geometric Modeling Methods

Juraev¹

2020

Maintenance Management

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“…In the use of SolidWorks for product design, Hu et al studied the intelligent and automatic design method of hammer mill parts through dynamic link library (DLL) development with the help of SolidWorks secondary development technology [18] . Xue et al proposed the development of computer-aided design software for the shell-and-tube heat exchanger based on SolidWorks parameterized design and SQL data management [19] . Reddy et al proposed a constraint-based SolidWorks modeling design method that can generate automatic and hierarchical SolidWorks models based on constraint relations among geometric objects [20] .…”

Section: Introductionmentioning

confidence: 99%

A trade-off optimization model of environment impact and manufacturing cost for machining parts

Zhang,

Tao,

Zheng

et al. 2024

Green Manuf Open

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Motivation: Throughout the life cycle, the environmental impact and manufacturing costs of a part are largely determined at the design stage. Therefore, a part design optimization method considering these two factors is proposed in this paper. At the same time, the comprehensive benefit is taken as the trade-off of these two factors. The reduction of the comprehensive benefit indicates that the optimized part has achieved better environmental and economic performance results. Methods: Firstly, the model is reconstructed using the dimension-driven method, and the feature information of the new part is extracted. Then, machining process planning is carried out based on the feature information. Secondly, a design optimization model for the comprehensive benefit is established based on the genetic algorithm. The model takes the dimension parameters of the part as the optimization variables and the reduction of the comprehensive benefit as the optimization objective. With the help of the Simulation plug-in for SolidWorks, the static analysis of the optimized model is conducted to determine whether it meets the performance requirements. Finally, the design optimization prototype system oriented to comprehensive benefit is established. The feasibility and effectiveness of the proposed method are verified by taking the intermediate shaft of the belt conveyor reducer-sixth order step shaft as an example. Results: The case study shows that the optimization result of comprehensive benefit is 1.63%, which verifies the feasibility and effectiveness of the part design optimization method proposed in this paper.

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Development of a Preliminary Approach for Automatic Generation of the CAD Model of the Spur Gear

Agarwal¹,

Jamalpur²,

Tuljapurkar³

et al. 2021

Smart Innovation, Systems and Technologies

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Development of a Constraint-Based Approach for Knowledge-Based System for CAD Modeling

Cited by 9 publications

References 0 publications

Decision Maintenance Management Problems in Agriculture Engineering by Constructive Geometric Modeling Methods

Decision Maintenance Management Problems in Agriculture Engineering by Constructive Geometric Modeling Methods

A trade-off optimization model of environment impact and manufacturing cost for machining parts

Development of a Preliminary Approach for Automatic Generation of the CAD Model of the Spur Gear

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