ArchitectureArchitecture61TherearemanykindsofwoodenbuildingsinJapan,forexamplehouses,schools,shrines,templesandsoon.Japanistheearthquakecountryandsoengineersmustdesignnewbuildingsthatcanwithstandtheseismicforces.However,traditionalbuildingshaveexistedforcenturiesthoughtheyarebuiltbasedontheexperiencesandskillsofcarpenters.Aretheyreallyearthquake-proofornot?Itisnotclearhowtheycanresistearthquakes.isexcitingtotacklesuchquestionsfromanengineeringpointofview.Assistant ProfessorThe University of TokyoDr.Eng. (2006)Wood construction,Structural capacity ofJapanese traditionalwood buildings.Airisanessentialpartofourlives.Breezesfeelpleasant,andstrongwindsblowthingsaround,bothofwhicharecausedbyairflow.ResearchattheMinamiLaboratoryisbasedonCFD(ComputationalFluidDynamics)technology,whichpredictswindflowusingsimulations,anddealswithawiderangeofwindenvironments,fromdenselybuilturbanspacestovastruralareas.Usingadvancedenvironmentalsimulationtechnology,wemakeproposalsforimprovingtheenvironmentofbuildingsandurbanspaces,aswellaspreservingtraditionalculture.AssistantProfessorSchoolofEnvironmentalandTokyoInstituteofTechnology.Ph.D.(2024)MainResearchField:Environmentalengineering,Windengineering.ItIn the FutureAfter GraduationThetraditionalbuildingssuchasfolkhouses,shrines,andtemplesareourculturalheritagesandarealiveevennow.Ourresearchwillclarifywhatmustbedonetoprotectthesebeautifultraditionalwoodenbuildingsfromearthquakes,topreservethem,andeventodesignnewones.ThisisanimportantsubjectforthefutureofJapan.Byunderstandingthebasicbuildingstructuresanddoingresearchonwoodconstruction,youwillbeabletoworkactivelyinthefieldsofpreservationoftraditionalbuildingsandthestructuraldesignofwoodenbuildings.residentialSociety,Environmentalsimulationisexpectedtobeusedacrossawiderangeofindustriesinthefuture.IaimtoeducatestudentswhounderstandtherelationshipbetweenphysicalenvironmentalphenomenabetterenvironmenttheareascurrentlyusedBy2050,20%oftozonesascreatebecomeliveenvironmentsisanywherewithessentialtoconstructoff-gridbuildings.Wewillconsiderthefutureofarchitecturethatmakesnaturalenvironment.expectedToareuninhabitable.peoplewherecanofmind,peacethemostoftheandcreatesimulationandcanforpeople.aitMonitoring the seismic behavior of this traditional farmhouse with a thatched roof by strong motion accelerographs.Static loading test of the wood frame of traditional construction houses in the Gasshostyle of Shirakawa-go.WestudiedwindvelocityreductionwithIgune,traditionalhomesteadtrees,inOsakiKoudo,Japan.Horizontaldistributionofmeanwindvelocityat1.5mheight.Themeanwindvelocityatthesitewasgenerallylessthan0.3andwasreducedto1/3ofthemeanwindvelocitybytheIgune.Wind DirectionIguneMasahiro MatsudaKentoMinamiIn the FutureAfter GraduationUnderstanding Architectural Space using Wind Environment SimulationJapanese Traditional Wooden Buildings to Resist Earthquake
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