Mechanical Systems Mechanical Systems 0.2mm51AssociateProfessorAreinterestedinheattransferandrefrigeration.(’13)Presentpost.(’08)DoctorEng.atTokyoTech.(’08)AssistantprofessorinAoyamaGakuinUniv.Associate ProfessorPhD at Miyazaki University in 2004, the current title from 2011. The main research interest is hydroturbinesutilizing hidden-hydro energy. EngineeringEngineeringWestudy“solarenergy”,“absorptionrefrigerator”and“icestoragesystems”forefficientuserofenergyandenergyconservation.Solarenergywillbemoreimportantinfuturesociety.Absorptionrefrigeratorutilizewasteheatreducingelectricenergyconsumption.Icestoragesystemsstoreandreuseexcesselectricity.Wecanrealizeenergysavingsbythesetechnologiesthatenabletheefficientuseofenergy.TatsunoriAsaokaHydropowerstandsoutasahighlypromisingandreliablerenewableenergysource.Ourresearchfocusesonthedevelopmentofsmallhydroturbines,specificallydesignedtoharnessuntappedpotentialfromsmallstreams,agricultural/industrialwatersources,drinkingwater,sewage,andmore.Theseturbinesexhibitexceptionalperformancewhileboastingcost-effectivemanufacturingandmaintenance.Byminimizingenvironmentalimpact,ourapproachpavesthewayforaffordableelectricitygeneration,promotinglocalelectrificationthroughmanufacturingpartnershipsindevelopingcountries,aligningwiththeSustainableDevelopmentGoals(SDGs).Ourresearchwillhelpresolvingtoday’sseriousenvironmentalproblemssuchasenergydepletionandambientpollution.Wehavetosaveenergyandreduceemissionsofpollutantssuchasgreenhousegases.Efficientenergyconservationachievedfromthetechnologiessuchasabsorptionrefrigerators,icestoragesystemsandheatpumpswillenrichourlives.Studentsacquireengineeringskillsbyworkingonheattransferandthermalengineeringexperimentsinourlaboratory.Iexpecttheywillleadthedevelopmentofnewtechnologiesandaccomplishgreatworksinthewidefieldofengineering.Ourtoenvironmentalconservationbyresearchingfriendlystate-of-the-art,activelyturbinedevelopingarethatresources,compatiblewithdiversewaterstudyingwhilewaystothroughenhancetheirperformanceexperimentationsimulation.Furthermore,weaimtomakesignificanttechnology,advancementsensuringouraenvironment.Thegraduatesareactiveinvariousfields;engineersforturbines,automotive,theR&Dsectioninpumps,energy,Academicresearchersandgovernmentalofficials.energyuseofistotechnology.WeenvironmentallyarehydroturbinescontinuouslyandCFDturbineinsustainablefuturecompanies.electronplant,andcontributeforExperiment apparatus for study on efficient utilization of solar energy by using solar cell and thermal collector.Undershottypeturbine.Theelectricpowerisusedforlightinginahouse.Waterfalltypeturbine（left）andJettypeturbine(right)Eachelectricpowerisusedforanelectrifiedfenceandasatellitemobilephone.Students in our laboratory.Erythritol slurry, which will be used as heat medium for energy transportation in future technology. In the FutureAfter GraduationShouichiroIioIn the FuturemissionAfter GraduationFor Efficient use of Energy and Energy ConservationEco-Friendly Hydraulic TurbinesToward SustainableDevelopmentGoals
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