Erythritol slurry, which will be used as heat medium for energy transportation in future technology. Westudy“solarenergy”,“absorptionrefrigerator”and“icestoragesystems”forefficientuserofenergyandenergyconservation.Solarenergywillbemoreimportantinfuturesociety.Absorptionrefrigeratorutilizewasteheatreducingelectricenergyconsumption.Icestoragesystemsstoreandreuseexcesselectricity.Wecanrealizeenergysavingsbythesetechnologiesthatenabletheefficientuseofenergy.Ourresearchwillhelpresolvingtoday’sseriousenvironmentalproblemssuchasenergydepletionandambientpollution.Wehavetosaveenergyandreduceemissionsofpollutantssuchasgreenhousegases.Efficientuseofenergyandenergyconservationachievedfromthetechnologiessuchasabsorptionrefrigerators,icestoragesystemsandheatpumpswillenrichourlives.AssociateProfessorAreinterestedinheattransferandrefrigeration.(’13)Presentpost.(’08)DoctorEng.atTokyoTech.(’08)AssistantprofessorinAoyamaGakuinUniv.Students in our laboratory.For Efficient use of Energy and Energy ConservationExperiment apparatus for study on efficient utilization of solar energy by using solar cell and thermal collector.Studentsacquireengineeringskillsbyworkingonheattransferandthermalengineeringexperimentsinourlaboratory.Iexpecttheywillleadthedevelopmentofnewtechnologiesandaccomplishgreatworksinthewidefieldofengineering.TatsunoriAsaokaIn the FutureMechanical Systems EngineeringAfter Graduation0.2mmPhotoofopenedundershottypeturbine.Theelectricpowerisusedforlightinginahouse.Waterfalltypeturbine（left）andJettypeturbine(right)Eachelectricpowerisusedforanelectrifiedfenceandasatellitemobilephone.ShouichiroIioHydropowerisoneofthehighest-potentialandstablerenewableenergyresources.Wehavebeenresearchinganddevelopingsometypesofsmallhydroturbines,whichcanmaximizetheutilizationofunusedpotentialsinasmallstream,agricultural/industrialwater,drinkingwater,sewage,etc.Theturbinesshowhighperformancewithlowcostformanufacturingandmaintenance.Ourapproachleadstocheapergenerationwiththeminimumenvironmentaldisruptions,andtopromotelocalelectrificationindevelopingcountriestowardSDGs.Ourmissionistoprovideasolutiontosavetheenvironmentthroughresearchofcuttingedge,eco-friendlyturbinetechnology.Wearedevelopinghydroturbinestomatchvariouswaterresources,andstudyingtoimprovetheperformanceofturbinesbyexperimentandCFDsimulation.Wealsoconductfeasibilitystudiestoenhancethedurabilityofeco-friendlyturbinesandtheirpowergenerationabilitybyamini-gridofmultipleconnectedturbines.Thegraduatesareactiveinvariousfields;engineersfortheR&Dsectioninpumps,turbines,automotive,energy,plant,electroncompanies.Academicresearchersandgovernmentalofficials.Associate ProfessorResearch fields: Fluid machinery, Eco-friendly hydraulic turbines, Water hydraulics, Flow control, Jet flow, Pneumatics.Eco-Friendly Hydraulic TurbinesToward SustainableDevelopmentGoalsIn the FutureAfter GraduationMechanical Systems Engineering50
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