NIArchitectureArchitectureArchitectureArchitecture EndoLabconductsresearchonconservationofhistoricalmasonrystructures.Thefocusisputontheexplorationofefficientandaccuratecapacity-assessmentmethodandofstrengtheningproposals.Theglobalobjectiveoftoprotectarchitecturalvalueofhistoricalstructureswithoutcompromisingstructuralsafety.TherearecharacteristicsofclimateinNaganoasfollows.1.Thereisgreatdifferenceindailyrangeand3.Thereisless-frequentlyoccurrenceofcloud,4.BecauseitissurroundedbythemountainsoverBasedonthesecharacteristicsandmorelocalweather,ofhouse.Throughenvironment,spontaneousapproach,notpassiveapproach.Inaddition,Iexpectstudentstoaspireforcareerdesignandconstruction.annualrangeoftemperaturebecauseNaganoislocatedinaninlandarea.2.Asfortheclimateinwintertime,thereisalotofsnowinthenorthareaanditisoftenfineweatherinthecentralareaandthesouthernarea.andtherearealotofhoursofsunlight3,000m,thewindspeedissmall.IwouldliketostudythewholeconceptlearningresearchandexpectrelevanttoScientificconservationofmonumentsstartedinthe19thcenturyinEurope.Conservationisstillnewasaresearchsubject.Therearesomanyquestionstowhichwedonotknowananswer:forinstance,astructural-analysismethodofavaultedstructure.Itisgenuinelyexcitingtotackletheseunresolvedquestions.Theodysseyneverendsaslongasmyheartburnswithpassion!StudentsinEndolaboratoryareexpectedtobeabletoexpressthemselvesproperlytonomatterwhomtheyaretalkingwith.Theyaresupposedtolearnnotonlyaforeignlanguagebuthavewidevisionstowardsdifferentsubjectsthroughresearchactivity.theresearchisIn the FutureAfter GraduationIn the FutureAfter GraduationarchitectAssistant ProfessorobainedPh.Din construction engineering, UniversitatPolitècnicade Catalunya, Spain in 2015. became an assistant professor at Shinshu University in March, 2016. Intervention of a World Heritage Site structure in Barcelona, SpainRoof63℃Roof35℃Summer surface temperature.Heat-treated wood coated with high-reflection paint was attached tothe existing building surface. As a result, the surface temperature could be lowered.1sec. 2sec. 3sec.4sec. 5sec. 6sec.Failure simulation of an Italian medieval church by FE methodItisnecessarytoclarifytheweatherconditionoftheconstructionsiteintheconductofarchitecturaldesign.Forexample,whenthermalloadsimulatedcalculationofbuildingsandeffectivepassive-methodareconsidered,thepointofspecificmeteorologicaldatawillberequired.Inotherwords,itmeanstoknowhowthermalinsulatingpropertiesandairtightnessofbuildingshouldbe?andwhatkindofnaturalenergyshouldbeused?inadvance.IhavedevelopedameteorologicalmapusingdatasuchastemperatureandrelativehumidityinNaganoandMatsumotocityandalsotheremotesensingdatawithartificialsatellite.Thesemapsdemonstratedevelopmentofmeteorologicaldataattheconstructionsiteandactualconditionofurbanclimate.Kazuhiro IwaiAssociateProfessorHometown:NaganoPresentpostsince2016throughConstructionMinistryBuildingResearchInstitute–SecondDepartmentandShinshuUniversity–EngineeringDepartment.?Doctorofengineering?First-classregisteredYohei Endospecificationinaday.South wallimprovementbuildinglearntheenvironmentally-consciousonstudentstoSouth wallThestudiedchurchwasseriouslydamagedbyL’Aquilaearthquakein2009.TheconductedFEsimulationidentifiedthatthedamagebecamemoresevereduetotheRCinterventioncarriedoutin70s.Onthebasisofanin-situandlaboratoryexperiment,thecapacityofavaultwasassessed.Afterthiscapacityassessmentwasreviewedtheacturalinterventionwascarriedout.Humidity control by building materials. Water absorbed on the building materials is absorbed into the inside in 6 seconds.An image magnified 20 times by optical microscope.Current41℃After34℃Research for “Natural Environment and a House" in NaganoStructural Analysis and Conservation of Historical Constructions
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