Iamengagedinresearchthatusescomputersimulationtoreplicateclothingandthehumanbodyandpredictandanalyzemechanicalandthermalphenomena.Byallowingvisualizationofphenomenathatwouldotherwisebedifficulttoobserve,simulationisexpectedtocontributegreatlytothedesignandevaluationofclothingandtextileproducts.Ifwecanclarifytherelationshipsofthephysicalphenomenathatoccurbetweenclothingandthebodybasedonsensation,Ibelieveitwillbepossibletopredictthecomfortofclothing.Mostgraduatesleveragetheirknowledgeandexperienceintextileengineering,computationalmechanics,andcomputerprogrammingtosecureemploymentinthetextileandITindustries.AssociateProfessorYosukeHoribaAssociateProfessorHoriba,whoholdsaDoctorateofEngineeringfromtheShinshuUniversityGraduateSchoolofEngineering,tookhiscurrentpositionin2015afterworkingasanassistantprofessorintheFacultyofTextileScienceandTechnologyatShinshuUniversity.Heisprimarilyinvolvedinresearchinkanseiengineering,computationalmechanics,andclothingphysiology.Simulating pressure applied to clothing makes it possible to consider pressure distribution from motion at the design stageBy combining prediction of the distribution of body temperature and air temperature around the body with such indicators as the predicted mean vote (PMV), it will be possible to predict the thermal comfort of clothingAnalyzing clothing and textile products through computer simulation18Department of Advanced Textile and KanseiEngineeringKanseiEngineeringOutlook for researchOutlook for students after graduation
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