■工学部_研究紹介_2017_英語版ファイル161220

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AsanoLabIntermsofglobalwarming,westudythereductionofCO2emissionsinhouse.Thewallandroofwhichfaceoutsideair,andalsoheatinsulationandairproofoffloorandopeningareveryimportantforhouseincoldregion.Thewoodisthesourceofcarbonfixation.Weinvestigatethedistributionofthewoodinhousefromtheforesttopromoteuseofwood.Wehavebeenpromotingrecycleofconstructionmaterialsbyresearchonrecycleofwasteproductgeneratedfromhouseconstructionanddemolition.Basedontheseinvestigationsandresearches,wehavebeenproposingspecifichousingproductionwithlessenvironmentalburdens.Revisedlawforenergy-saving,performanceofheatinsulationinhousewillbegreatlyimprovedinnearfuture.Atthesametime,positiveuseofwoodhasbeenpromote.Increasingdemandofdomesticwoodcontributesgreatlytothemaintenanceofforestatthetimeoflogging,andalsohelpstoencouragethegrowthofforesttobetheoriginalofbiologicaldiversity.Tobuildamaturerecycle-basedsociety,itisimportantforustoconsidertheuseofrecycled-materialandemissions-reductionofwasteproductgeneratedfromarchitecturefield.YoshiharuAsanoProfessorDept. of Architecture, faculty of engineering, ShinshuUniversitythrough as an assistant professor since 1984Ph.D. in Architecture and Building Engineering, Tokyo Institute of Technology, 1979Efficient use of woody biomassResearch on Measures of Wooden House for Cold Region and Distribution of Domestic WoodProcess of lumber from log to house construction through sawingInordertomaintainanaffluentsociety,itisnecessarytoconsiderenvironmentally-consciousmethodfromdesigningofresidentialbuildingtoconstructionandimplement.Wearewidelyexpectedbythepublictobeabearer.After GraduationArchitectureIn the FutureKaneko LabResearchfordesigningsafeandsecuresteelstructurebuildingsiscarriedoutbyevaluatingtheseismicperformanceofframesaswellasstructuralmembersusingtwoways.Oneway,whichrequiresveryhigh-strengthsteel,istokeepthestructuralresponsewithintheelasticrangeevenforsevereearthquakes.Anotherwayistoprovidesecurebuildingsbyevaluatingthelimitperformanceoftheirframesandmembersevenwhentheyundergolargedeformationsexcessivelybeyondtheelasticlimit.AftertheGreatHanshinEarthquake,whichresultedinmanydamagedorcollapsedbuildings,useofvibrationdampingdevicestoreducetheshakingofbuildingshasconsiderablyincreased.Toregainconfidenceinusingagainmanysteelstructures,ourrationalresearchhasaimedforastructuraldesignmethodthatinvolvesnotonlyminorstructuraldamagebutalsoconfinesit.Hirofumi KanekoProfessorKaneko laboratory is working on various research themes, such as rationalizationof steel frame members, steel dampers and other subjects related to steel structures.Experiments and numerical analyses investigating lateral buckling of large-span composite beams subjected to live loads.Research on Safety and Security of Steel StructuresEvaluation of the limit performance of mega-truss beams by full scale tests.Graduatesareleadtobroadprofessionalandacademicareaswithopportunitiesincompaniesandresearchinstitutesthatareinvolvedinthesteelindustrysuchasgeneralcontractors,designoffices,steelcompaniesandmetalfabricators.ArchitectureIn the FutureAfter Graduation61

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