( sserts elisneT)aPG〃〃005E = 0.96 TPaSensor Development on Hand ManikinFitting Gloves on the ManikinStrain, ε(%)d = 2.36 ?Heat Plate(60℃)1208040101520Armchair (10,10) Chiral(13,6) Zigzag (17 0)ＣＮＴ強度：Armchair ＞ZigzagStrength:Armchair>ZiggzagBreakStrain：破断ひずみ：ProfessorNATSUKIToshiakiProfessorNatsukitookhiscurrentpositionin2020afterworkingasaresearcheratHitachiChemical’sTsukubaResearchandDevelopmentCenter,theNationalInstituteofScienceandTechnology,andtheNewEnergyandDevelopmentIndustrialOrganization.Hisofresearchincludethecreationofcompositematerials,compositematerialengineering,andcomputationalsciencefortheanalysisandevaluationoftheirproperties.ProfessorWAKATSUKIKaoruAftercompletionofPh.D.attheUniv.ofMarylandintheU.S.,hehadworkedforNat’lRes.Inst.ofFireandDisasterasaresearchscientistandafireinvestigatorbeforejoiningShinshuUniv.in2023.Hisexpertiseisthermalandfireprotectionitsapplicationofpersonalprotection.Ourlabconductsscientificresearchon(1)understandingfiredynamicsandfirefighters’workingenvironment,(2)heattransferprocessinfirefighters’personalprotectionequipment(PPE),(3)developmentandrevisiononstandardfiretestsandthermalperformancerequirementofmaterialandPPEand(4)developmentofnewfirefighterPPE.Finally,researchonfireprotectionformaterialsandpeopleisoneofourobjectives,butouressentialgoalistoeducatefirefighters(emergencyresponders)aboutbetterunderstandingoffundamentaloffireriskandphysicswithinPPEfortheirsafeoperation.AdvancedIndustrialTechnologyprincipalareasfederalengineeringandDepartment of Department of and17Evaluation of firefighter clothing by flash fire manikin. Fundamental research on test method against heat and flame will be contributed to international standard (ISO) developmentDevelopment of testing method against heat and flame for firefighting gloves. Design of fabric layering in firefighting gloves will be developed by fabric and by whole glove testTheelasticmodulusofCNTisahighelasticmodulusofabout1TPa.ItisseenthattheeffectofthenanotubestructureonthetensilestrengthofCNTs.Asimplyone-stepmethodofbindingAgNPstothesurfaceofCNTsisdevelopedandevaluated.Thenanocompositescanbeusedtotransparentconductivefilms,includingelectrochromicglass,andsolarpanels.NozzlePETMachinery and RoboticsMachinery and RoboticsOutlook for researchNano-compositematerialsmadeusingCNTcanbemadesuitableforuseinaerospaceandsportsequipmentapplicationsbyincreasingtheirmechanicalpropertiesofattenuationandvibrationcontrol.FurtherresearchanddevelopmentcanbeexpectedtoleadtoexpandeduseofCNTpropertiesfornumerouspurposes.Outlook for students after graduationGraduatesareactiveinawidearrayofdomains,includingatsoftwarecompaniesandgovernmentagenciesinadditiontotextile,applianceandelectricalequipment,andautomotivepartmanufacturers.Outlook for researchPrincipleofnaturalphenomenashallbeunderstoodbyengineering.Throughouttheresearchinourlab,understandingofscalegapbetweenidealandfactwillberecognized.Thiswillbegoodexperienceandbasicknowledgetocontributetoresearchanddevelopmentfornewtechnology.usingvarioussciencesOutlook for students after graduationDuetoenergyconservationandfuelefficiency,manykindsofpolymermaterialsanditsapplicationhavebeendeveloped.Safetyshallbethefirstpriorityevenifmainobjectiveisnewmaterialdevelopment.Ourgraduateswillalwayshavesafetyconsciousnessinanynewtechnologydevelopment.Whole Glove Test against Heat ExposureIfocusonstudyingthemechanicalpropertiesofcarbonnanotubes(CNTs),forexampleelasticity,vibration,andbuckling,andusingtheCNTstodevelophigh-functionalitynanocompositematerials.MylableveragestheuniquepropertiesofCNT,whichcannotbeachievedwithothermaterials,tocreatelightweightandhighlyfunctionalCNT-strengthenedcompositematerialsandtoutilizetheminnumerousways.Functional Machineryand MechanicsFunctional Machineryand MechanicsScientific Research on Fire and its Application to Firefighter SafetyAn extraordinary new material: Carbon nanotubes Creating and analyzing high-functionality nano-composite materials
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