An Artificial - Intelligent - Based System to Automate the Design of Complex Mechanical Products

被引:3
|
作者
Abadi, Chaimae [1 ]
Manssouri, Imad [1 ]
Abadi, Asmae [2 ]
机构
[1] Moulay Ismail Univ, Ecole Natl Super Arts & Metiers ENSAM, Lab Mech Mechatron & Command, Elect Power Maintenance & Innovat Team, BP 4042, Meknes 50000, Morocco
[2] Euro Mediterranean Univ Fez, INSA, Fes, Morocco
关键词
Integrated Design; Flexible and Automated Decision Making System; DFMMA approach; Artificial Intelligence; Materials and Manufacturing Processes Selection; Assembly Selection; ONTOLOGY;
D O I
10.4028/www.scientific.net/JERA.58.247
中图分类号
T [工业技术];
学科分类号
08 ;
摘要
Over the last decades, there has been growing pressure on industrial companies to offer to their costumers products with high quality, in the minimum deadlines and with reasonable prices. Since the design phase plays a key role to achieve these difficult goals, many traditional, DFX (Design For X) and integrated approaches have been proposed. However, many limits are still present. Thus, the main objectives of this work were first to identify these limits and then to overcome them by proposing and developing an automated framework for integrated product design. In this work, we automated the integrated DFMMA (Design For Materials, Manufacturing and Assembly) approach by developing an architecture composed of four levels, namely: the Common Information Modeling Level, the Selection Systems Level, the Inference and Computation Level and finally the Application Level. The proposed automated system is based on ontologies, on the CBR (Cases Based Reasoning) and the RBR (Rules Based Reasoning). The first main result obtained throughout the contributions consists on the integration of Manufacturing process selection, Assembly solution selection and materials selection in one integrated design approach. The second main result obtained consists on the exploitation of all the previous design studies developed by the design team and the ability to reuse the designers experience throughout the case based reasoning used in the proposed architecture. Another important result consists on the formalization and the automation of the execution of the design rules and the ability to infer new results and to check inconsistencies in the developed product using the data and information modeled in the ontological model and throughout the Cases Based Reasoning that we have incorporated in the developed approach. In this way, the redundancy in work and the difficulties faced in case of having a high number of design alternatives are avoided. Consequently, the product quality increases and wastes of time and money decrease. Finally, to validate the functioning and the efficacy of the proposed DFMMA system, an application on the design of a complex mechanical product is developed in the end of the work.
引用
收藏
页码:247 / 274
页数:28
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