[66] LI Y,HE Y,WANG Y,et al. A modeling method forhybrid energy behaviors in flexible machining systems [J].Energy,2015,86:164-174.
[67] DIETMAIR A,VERL A. A generic energy consumptionmodel for decision making and energy efficiencyoptimisation in manufacturing [J]. International Journal ofSustainable Engineering,2009,2（2）：123-133.
[68] 刘飞，刘高君，谢俊，等。 机床多源能耗系统多信息在线检测系统：CN 201510085643.5 [P]. 2015-02-17.LIU Fei , LIU Gaojun. XIE Jun. et al. Themutil-information on-line detecting system of multi-source energy consumption for machine tools :CN201510085643.5 [P]. 2015-02-17.
[69] CAI W,LIU F,ZHOU X L. Fine energy consumptionallowance of workpieces in the mechanical manufacturingindustry [J]. Energy,2016,114:623-633.
[70] VELCHEV S,KOLEV I,IVANOV K,et al. Empiricalmodels for specific energy consumption and optimizationof cutting parameters for minimizing energy consumptionduring turning [J]. Journal of Cleaner Production,2014,80:139-149.
[71] ZHANG Y , GE L. Method for process planningoptimization with energy efficiency consideration [J]. TheInternational Journal of Advanced ManufacturingTechnology,2015,77（9-12）：2197-2207.
[72] HE Y , LIU F. Methods for integrating energyconsumption and environmental impact considerationsinto the production operation of machining processes [J].Chinese Journal of Mechanical Engineering,2010,23（4）：428-435.
[73] 李聪波，李鹏宇，刘飞，等。 面向高效低碳的机械加工工艺路线多目标优化模型 [J]. 机械工程学报，2014,50（17）：133-141.LI Congbo,LI Pengyu,LIU Fei.,et al Multi-objectivemachining process route optimization model for highefficiency and low carbon [J]. Journal of MechanicalEngineering,2014,50（17）：133-141.
[74] DAI M,TANG D,XU Y,et al. Energy-aware integratedprocess planning and scheduling for job shops [J].Proceedings of the Institution of Mechanical Engineers,Part B:Journal of Engineering Manufacture,2015,229（Suppl.）：13-26.
[75] LIN W,YU D,ZHANG C,et al. A multi-objectiveteaching - learning-based optimization algorithm toscheduling in turning processes for minimizing makespanand carbon footprint [J]. Journal of Cleaner Production,2015,101:337-347.
[76] LIN W , YU D , WANG S , et al. Multi-objectiveteaching–learning-based optimization algorithm forreducing carbon emissions and operation time in turningoperations [J]. Engineering Optimization,2015,47（7）：994-1007.
[77] 刘飞，曹华军，张华。 绿色制造的理论与技术 [M]. 北京：科学出版社，2005.LIU Fei , CAO Hujun , ZHANG Hua. Theory andtechnology of green manufacturing[M]. Beijing:SciencePress,2005.
[78] NEUGEBAUER R,WABNER M,RENTZSCH H,et al.Structure principles of energy efficient machine tools [J].CIRP Journal of Manufacturing Science and Technology,2011,4（2）：136-147.
[79] Next Generation Production Systems:NEXT. [EB/OL].
[2016-06-13].
http://ec.europa.eu/research/ conferences/2009/rtd-009/presentations/press/briefing_10_new_materials/presa_bueno_next.pdf.
[80] KROLL L,BLAU P,WABNER M,et al. Lightweightcomponents for energy-efficient machine tools [J]. CIRPJournal of Manufacturing Science and Technology,2011,4（2）：148-160.
[81] EISELE C,SCHREMS S,ABELE E. Energy-efficientmachine tools through simulation in the designprocess[M]//Glocalized Solutions for Sustainability inManufacturing. Berlin Heidelberg:Springer,2011.
