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《Journal of Vibration and Shock》 2015-16
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Multi-objective optimization of bonding head based on sensitivity and analytic hierarchy process

GONG Wen-feng;HUANG Mei-fa;ZHANG Mei-ling;MO Qiu-yun;School of Marine Information Engineering,GUET;ADMT Key Laboratory of Guangxi,GUET;  
The flip chip bonding head( FCBR) is a core function component of microelectronic flip chip bonding equipments used to deal with the process of chip picking,dispensing,and bonding. In order to ensure the dynamic characteristics of bonding head and avoid resonance phenomenon and to meet the structural lightweight design requirement,a multi-objective optimization design method was proposed by combining the design parameter filtration based on sensitivity analysis and the optimal solution extraction based on analytic hierarchy process( AHP). The dynamic characteristics of bonding hear were investigated by finite element simulation and modal test. The precision of the finite element model was verified. The optimization design variables were extracted according to the parameter sensitivity calculation and the first order inherent frequency and the structural mass of picking arm were taken as the optimization objectives. The best optimization solution was selected by using AHP. The results show that the first order inherent frequency of picking arm is enhanced by 27. 1% and the mass is decreased by 8. 9%. The methods presented have higher precision and are of application value.
【Fund】: 国家自然科学基金(50865003);; “十一·五”国家科技部重大专项02专项(2012ZX02601);; 广西制造系统与先进制造技术重点实验室主任课题(桂科能11-031-12_004)
【CateGory Index】: TN405
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