1113Not inspection1133Not inspection1148inspection1158inspection1167inspection1114Not inspection1134inspection1149inspection1158inspection1167inspection1115Not inspection1135Not inspection1149inspection1159inspection1168inspection1116Not inspection1136inspection1150inspection1159Not inspection1169inspection1117inspection1137Not inspection1150inspection1160Not inspection1170inspection1118Not inspection1151inspection1171Not inspection1119Not inspection1151Not inspection1172Not inspection5. ConclusionIn this study, we have designed a hybrid model analytic network process (ANP) and fuzzy neuralnetworks to control and predict Failure times. For this purpose, we studied 6 Factors influencing moldmanufacturing faults. Then, using the analytic network process, number of criteria was reduced from 6to 3 series. After calculating the period of disability the network analysis of the output of the networkwas considered as input variables of fuzzy neural networks. Using fuzzy neural networks, The resultswere compared with the case of fixed time frames based on 15-day, The results show that the fuzzyneural network prediction model, have Reduced inspection costs by 25% being compared to the sametime of inspection Therefore, using this model we can also avoid the drawbacks of sequential faultslead to Stop in providing the services, the risk of explosion, and the dangers of life, significantly reducethe costs of inspection.References[ 1] A. Borden, “Designing and Maintaining Decision-making Processes”. AGARD ConferenceProceedings, Paris, France, 1993[ 2] A. Hurson, S. Pakzad, B. Lin, “Automated Knowledge Acquisition in a <strong>Neural</strong> Network BasedDecision Support System for Incomplete Database System”. Microcomputers in CivilEngineering, Vol. 9, No. 2, 1994.[ 3] Bansal D. Evans D. Jones B, (2006) Bjest: A reverse algorithm for the real-time predictivemaintenance system, International journal of machine tools & Manufacture; (46) 1068-1078.[ 4] Bansal D. Evansb DJ. Jones B, (2005) Application of a real-time predictive maintenance system toa production machine system .J Machine tools and manufacture; 1210- 1221.[ 5] Becraft WR. Lee P L, (1993) an integrated neural network/expert system approach for faultdiagnosis.J Computers and Chemical Engineering; 1001-1014.[ 6] C. Kocourek, “A Petri-net based Design Decision Support System”. Proceedings of the IASTEDInternational Conference, Applied Modeling and Simulation, Vancouver, BC, Canada, 1993, 108-114.[ 7] F. Kong, R. Chen, “A Combined Method for Triplex Pump Fault Diagnosis Based on WaveletTransform, <strong>Fuzzy</strong> Logic and Neuro-Networks”. Mechanical Systems and Signal Processing, Vol.18, 2004, 161-168.[ 8] He Z. Wu M. Gong B, (1992) neural network and its application on machinery fault diagnostics.IEEE International Conference on Systems Engineering; 576-579.[ 9] J. Coutaz, G. Calvary, A. Demeure, Li. Balme, S. Lavirotte, G. Rey, and J.Tigli Infrastructure andArchitectural Principles for Plastic User Interfaces , Proceedings of the 2012 Workshop onAmbient Intelligence Infrastructures (WAMII),P 31-34[ 10] J. Jang, 1993 “ANFIS: adaptive-network-based fuzzy inference system”. IEEE Transactions onSystems, Man and Cybernetics, Vol. 23, 1993, 665-685.[ 11] Javadpour R.Knapp GM, (2003) A fuzzy neural network approach to machine conditionmonitoring .J Computers and industrial engineering; 323-330
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