核反应堆工程核反应堆工程 (1).ppt
Introduction of Graduate CourseNuclear Reactor Engineering ContentObject&Aim1Feature&Character2Scheme&Strategy3Assess&Evolution4Summary&Achievement5IdeaideaabilitymethodKnowledgeSpecial topicsProblem-based learningSelf learningAcademic thoughtAs the fundamental course of Nuclear Science and Engineering graduate program,the targets are:Object&AimMethodAbilityKnowledgeSpecial-topics lectureProblem-Based learningCourse contentclass teachingcourseextendExtended learningScholar visionResearch-Based learningLecture&DiscussionGroup projectsDesign-Based learning PRED mode Problem-Based learning Research-Based learning Extended learning Design-Based learningFeature&CharacterAssessevaluationFukushima accidentFuel recycleReactor dynamicPWRpassive safetyNuclear Reactor EngineeringReactor designWebsite Two-phase instabilityTransport phenomenonNuclear safety&accident analysisGen IV reactorNew concept Reactor I（Travel Wave Reactor）Reactor materialsTextbookLiteraturesNew concept Reactor II（Heat pipe reactor）BWR technologySpecial-topiclectureGroup projecttopicFlexible topiclectureContent&SchemeMaterials&ResourcesSpecial topicContent&SchedulehoursAP1000&Passive Safety1）General Description of PWR Nuclear Power Plants2）Advanced Passive Reactor,AP10003）The Passive Safety System of APWR4）Core Catcher about EPR and VVER5）Discussion:The Nature of Passive Safety4BWR&Fukushima Denchi Nuclear Power Plant Accident1）Introduction of Boiling Water Reactor(BWR)、ABWR Economic Simplified Boiling Water Reactor(ESBWR)2）The Safety System about BWR-63）The Accident Analysis Report from IAEA and Japan Government4）The Influence on Chinese Nuclear Industry 5）Discussion:How to Avoid Such Accident4Nuclear Reactor Design&TWR1）Design methodology2）Reactor Physics and Thermal Design Principles 3）Fuel Performance and Economics4）Group Projects Defense4Special-topicSpecial-topicContent&SchemePre-class-Problem-Based LearningPost-class-Extended LearningDuring-class-specialized topic lecture（Inquire）-student discussion（Involve）PresentationSpecial TopicsResearch-Based LearningGroup Projectsspecialized foundationacademic thoughtcooperationanalysis&solveWebsite-e-materials-interactivescholarly insightInstructional StrategyResource&Material Textbook&ReferenceResource&Material Classical&Frontier academics materialsLiteratures&lecture notesResource&Material Literatures&lecture notesAssess&EvolutionProfessional skills(for Academic Master)Professional skills(for Academic Master)Nuclear R&D and innovation managementNuclear safety principles and analysisNuclear power plant/facility operational systemNuclear power plant and other facility design principleAssess&EvolutionProfessional skills(for Engineering Master)Professional skills(for Engineering Master)Application of nuclear scienceNuclear safety principles and analysisNuclear power plant/facility operational systemNuclear power plant and other facility design principleAssess&EvolutionPresentation&Group workPresentation&Group workTextbookWebsiteLiteraturesAcademic visionEvolutionPRED modeResourceGroup task&ReportPresentation&QAKnowledgeAbilitySelf-studyIdeaNuclear Reactor EngineeringNuclear Reactor EngineeringNuclear Reactor EngineeringNuclear Reactor EngineeringExcellent CourseNuclear Reactor Engineering TeachingStaffCourseContentEducationMethodEducationPhilosophyAchievement&SummaryTeacherAchievement&SummaryAcknowledge to the Support ofAcknowledge to the Support ofMinistry of Education,P.R.ChinaMinistry of Education,P.R.ChinaMinistry of Education,P.R.ChinaMinistry of Education,P.R.ChinaBrand Course for International Students in ChinaExcellent course for Graduate StudentsHarbin Engineering UniversityHarbin Engineering UniversityHarbin Engineering UniversityHarbin Engineering UniversityOnline Course for Engineering Master StudentsMinistry of Education,P.R.ChinaMinistry of Education,P.R.ChinaMinistry of Education,P.R.ChinaMinistry of Education,P.R.China
