Page - 105 - in Emerging Technologies for Electric and Hybrid Vehicles

Energies 2016,9, 86 99. Dominguez, O.; Juan, A.; Nuez, I.; Ouelhadj, D. An ILS-Biased Randomization algorithm for the two-dimensional loadingHFVRPwith sequential loading and items rotation. J. Oper. Res. Soc. 2015. [CrossRef] 100. Juan,A.; Grasman, S.; Caceres, J.; Bektas, T.A SimheuristicAlgorithm for the single-period stochastic inventoryroutingproblemwithstock-outs.Simul.Model. Pract. Theory2014,46, 40–52. [CrossRef] 101. Doerner,K.F.; Schmid,V.Survey:Matheuristics forRichVehicleRoutingProblems. InHybridMetaheuristics; Blesa,M.J.,Blum,C.,Raidl,G.,Roli,A.,Sampels,M.,Eds.;Springer: Berlin,Germany,2010;pp.206–221. 102. Juan,A.;Faulin, J.;Grasman,S.;Rabe,M.;Figueira,G.AreviewofSimheuristics: Extendingmetaheuristics todealwithstochasticoptimizationproblems.Oper. Res. Perspect. 2015,2, 62–72. [CrossRef] 103. Juan,A.; Faulin, J.; Jorba, J.; Caceres, J.;Marques, J.Usingparallel&distributed computing for solving real-timevehicle routingproblemswithstochasticdemands.Ann.Oper. Res. 2013,207, 43–65. 104. Fikar,C.; Juan,A.;Martinez,E.;Hirsch,P.Adiscrete-eventdrivenmetaheuristic fordynamichome-service routingwithsynchronizedtripsharing.Eur. J. Ind. Eng. 2016, inpress. [CrossRef] 105. Aguirre,K.;Eisenhardt,L.;Lim,C.;Nelson,B.;Norring,A.;Slowik,P.;Tu,N.LifecycleAnalysisComparison ofaBatteryElectricVehicleandaConventionalGasolinevehicle.Availableonline: http://www.ioe.ucla. edu/perch/resources/files/batteryelectricvehiclelca2012.pdf (accessedon16January2016). 106. Gao,L.;Winfield,Z.C.Lifecycleassessmentofenvironmentalandeconomic impactsofadvancedvehicles. Energies2012,5, 605–620. [CrossRef] 107. Li,S.;Li, J.;LI,N.;Gao,Y.VehicleCycleAnalysisComparisonofBatteryElectricVehicle andConventionalVehicle inChina; SAETechnicalPaper2013-01-2581;SAEInternational:Warrendale,PA,USA,2013. 108. Noori,M.;Gardner,S.;Tatari,O.Electricvehiclecost, emissions,andwater footprint in theUnitedStates: Developmentofaregionaloptimizationmodel.Energy2015,89, 610–625. [CrossRef] 109. Aultman-Hall,L.; Sears, J.;Dowds, J.;Hines,P.Traveldemandandchargingcapacity forelectricvehicles in rural states.Transp. Res. Rec. J.Transp. Res. Board2012,2287, 27–36. [CrossRef] 110. Newman,D.;Wells,P.;Donovan,C.;Nieuwenhuis,P.;Davies,H.Urban, sub-urbanorrural:Where is the bestplace forelectricvehicles? Int. J.Autom.Technol.Manag. 2014,14, 306–323. [CrossRef] 111. Wappelhorst,S.; Sauer,M.;Hinkeldein,D.;Bocherding,A.;Glaß,T.Potentialofelectric carsharing inurban andruralareas.Transp. Res. Procedia2014,4, 374–386. [CrossRef] 112. Kinomura,S.;Kusafuka,H.;Kamichi,K.;Ono,T.DevelopmentofVehiclePowerConnectorEquippedwithOutdoor PowerOutletUsingVehicleInletofPlug-inHybridVehicle;SAETechnicalPapers2013-01-1442;SAEInternational: Warrendale,PA,USA,2013. 113. Yamamura, T.; Miwa,H. Store-carry-forward energy distributionmethod and routing controlmethod foruse inadisaster. InProceedingsof the2014 InternationalConferenceon IntelligentNetworkingand CollaborativeSystems,Salerno, Italy,10–12September2014;pp.289–295. 114. Yamagata,Y.;Seya,H.;Kuroda,S.Energyresilientsmartcommunity: SharinggreenelectricityusingV2C technology.EnergyProcedia2014,61, 84–87. [CrossRef] ©2016bytheauthors. LicenseeMDPI,Basel,Switzerland. Thisarticle isanopenaccess articledistributedunder the termsandconditionsof theCreativeCommonsAttribution (CCBY) license (http://creativecommons.org/licenses/by/4.0/). 105