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,1054 北京科技大学学报 第30卷 够满足零件的可靠度在1a后为0.95的要求 chines:A Failure Prevention Perspective.New York:John Wi- lcy,2003 6结论 [5]Haugen E B.Probabilistic Mechanical Design.New York:Wi- ley,1980 基于时变可靠度计算模型,提出了时变不确定 [6]Wehenkel L,Lebrevelec C.Trotignon M,et al.Application of 性机械设计方法,与传统机械设计方法相比,该不 probabilistic design method to thermal performance design for 确定性机械设计方法体现了时变的特点,与零件在 straight hlade stages of steam turbines.Control Eng Pract. 使用中强度和应力是随时间的演化过程相一致,是 1999,7(2):183 一种动态的机械设计方法,该方法的特色在于:(1) [7]Fujisaki Y.Dabbene F,Tempo R.Probabilistic design of LPV control systems.Automatica.2003.39(8):1323 考虑了不确定因素的影响:(2)考虑了强度和应力随 [8]Shi J Y.Application of probabilistic design method to thermal 时间的演化过程 performance design for straight blade stages of steam turbines. Proe CSEE,1999,19(2):20 参考文献 (史进渊.概率设计法在汽轮机直叶片级热力设计中的应用 [1]Mocko G M,Paasch R.Incorporating uncertainty in diagnostic 中国电机工程学报,1999,19(2):20) analysis of mechanical systems.ASME J Mech Des,2005,127 [9]Wen Y K.Reliability-based design under multiple loads.Struct (2):315 saf,1993,13(1/2):3 [2]Marti K.Kaym I.Reliability analysis for elastoplastic mechani- [10]Wehenkel L.Lebrevelec C,Trotignon M,et al.Probabilistic cal structures under stochastic uncertainty.Z A ngew Math Mech, design of power system special stability controls.Control Eng 2006,86(5):358 Pract,1999,7(2):183 [3]Tonon F.Using random set theory to propagate epistemic uncer- [11]Ravindra M K.Walser A.Probabilistic design of nuclear strue tainty through a mechanical system.Reliab Eng Syst Saf,2004. tures:a summary of state of the art and research needs.Nucl 85(1/3):169 Eng Des,.1978,50(1):115 [4]Collins JA.Mechanical Design of Machine Elements and Ma够满足零件的可靠度在1a 后为0∙95的要求. 6 结论 基于时变可靠度计算模型‚提出了时变不确定 性机械设计方法.与传统机械设计方法相比‚该不 确定性机械设计方法体现了时变的特点‚与零件在 使用中强度和应力是随时间的演化过程相一致‚是 一种动态的机械设计方法.该方法的特色在于:(1) 考虑了不确定因素的影响;(2)考虑了强度和应力随 时间的演化过程. 参 考 文 献 [1] Mocko G M‚Paasch R.Incorporating uncertainty in diagnostic analysis of mechanical systems.ASME J Mech Des‚2005‚127 (2):315 [2] Marti K‚Kaymaz I.Reliability analysis for elastoplastic mechani￾cal structures under stochastic uncertainty.Z A ngew Math Mech‚ 2006‚86(5):358 [3] Tonon F.Using random set theory to propagate epistemic uncer￾tainty through a mechanical system.Reliab Eng Syst Saf‚2004‚ 85(1/3):169 [4] Collins J A.Mechanical Design of Machine Elements and Ma￾chines:A Failure Prevention Perspective.New York:John Wi￾ley‚2003 [5] Haugen E B.Probabilistic Mechanical Design.New York:Wi￾ley‚1980 [6] Wehenkel L‚Lebrevelec C‚Trotignon M‚et al.Application of probabilistic design method to thermal performance design for straight blade stages of steam turbines. Control Eng Pract‚ 1999‚7(2):183 [7] Fujisaki Y‚Dabbene F‚Tempo R.Probabilistic design of LPV control systems.A utomatica‚2003‚39(8):1323 [8] Shi J Y.Application of probabilistic design method to thermal performance design for straight blade stages of steam turbines. Proc CSEE‚1999‚19(2):20 (史进渊.概率设计法在汽轮机直叶片级热力设计中的应用. 中国电机工程学报‚1999‚19(2):20) [9] Wen Y K.Reliability-based design under multiple loads.Struct Saf‚1993‚13(1/2):3 [10] Wehenkel L‚Lebrevelec C‚Trotignon M‚et al.Probabilistic design of power-system special stability controls.Control Eng Pract‚1999‚7(2):183 [11] Ravindra M K‚Walser A.Probabilistic design of nuclear struc￾tures:a summary of state of the art and research needs.Nucl Eng Des‚1978‚50(1):115 ·1054· 北 京 科 技 大 学 学 报 第30卷
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