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传播学类有关论文范文资料,与法律文题目大全中学相关毕业论文范文
本论文是一篇传播学类有关毕业论文范文,关于法律文题目大全中学相关本科论文范文。免费优秀的关于传播学及信息科学及空间科学方面论文范文资料,适合传播学论文写作的大学硕士及本科毕业论文开题报告范文和学术职称论文参考文献下载。
olymersrefertoalargegroupmaterialthatisformedbyrepeatingmolecules.Polymersusuallydemonstratebehaviorsdifferentfromconventionalengineeringmaterials,suchasmetalsandceramics:Theirbehaviorsstronglydependontemperature,atthetemperatureaboveglasstransitiontemperature,theyareverystretchableanddemonstratethesocalledelastomericbehavior,atthetemperaturebelowglasstransitiontemperature,theybehavelikeametalbutwithrelativelystrains.Becauseoftheextraordinaryrangeofpropertiesofpolymericmaterials,theyplayanessentialandubiquitousroleineverydaylife,rangingfromfamiliarsyntheticplasticsandrubberstonaturalbiopolymerssuchasproteinsthatareessentialforlife.Duetorecentadvancesinengineeringlookingforlight-weightdesignandfastdevelopmentofnovelbiomedicaldevices,tissueengineering,anddrugdeliverysystems,mechanicsofpolymershasattractedincreasingresearchinterests.Thisshortcoursewilldiscussthefundamentalphysicsforthepolymerbehaviorsandwillcoverthefundamentalsofpolymermechanics.Thecoursewillbesplitintotwoparts.Inthefirstpart,wewillstartwiththemostfundamentalphysicsofpolymers,entropicelasticity.Wewillthendiscussthedifferencebetweenasyntheticpolymerchainandabiopolymerchainandthusaflexiblechainandasemi-flexiblechain.Attheendofthispart,wewilldiscussbrieflyrubberelasticity,affineandnon-affinedeformationincytoskeleton.Asanapplicationofthemodels,environmentallyresponsivehydrogelmodelingwillbediscussed.Inthesecondpart,wewillstartwithsimplemodelsforviscoelasticity.Wewillthendiscusstime-temperaturesuperpositionprincipleforpolymersandnon-equilibriumstateofapolymer.Attheendofthispart,wewilldiscussconstitutivemodelsforpolymers.Asanapplicationoftheconstitutivemodelandtime-temperaturesuperpositionprinciple,athermoviscoelasticconstitutivemodelforshapememorypolymerswillbediscussed.
授课方式:课堂讲授为主,课堂讨论为辅.
考核方式:根据课堂表现,课后作业及大作业的形式进行综合考查.
本文转载于 http://www.sxsky.net/xie/070582618.html
教材:无
参考书:
Holzapfel,G.A.NonlinearSolidMechanics,AContinuumApproachforEngineeringJohnWiley&,Sons,NewYork2000
Jones,R.A.L.SoftCondensedMatterOxford,NewYork2002
Treloar,L.R.G.ThephysicsofRubberElasticityOxford1975
Doi,M.IntroductiontoPolymerPhysicsOxford1995
Flory,P.J.PrincipleofPolymerChemistryCornellUniversityPress1953
Ferry,J.D.ViscoelasticPropertiesofPolymersJohnWiley&,Sons1961
张萍,赵树高聚合物材料-结构性能应用化学工业出版社2007
黄筑平连续介质力学基础高等教育出版社2003
励杭泉,张晨聚合物物理学化学工业出版社2007
王槐三,寇晓康高分子物理学教程科学出版社2016
教师简介:
齐航博士目前是美国科罗拉多大学机械工程系的TenuredAssociateProfessor.他在清华大学力学系获得本科及硕士学位,2003年在美国麻省理工学院机械系获得博士学位.03-04年在MIT做了为期一年的博士后.2004年起他加入UniversityofColorado(CU)atBoulder机械系担任助理教授.他的研究兴趣为:利用实验和理论的方法研究材料的结构及功能之间的内在联系,包括高分子材料及复合材料,碳纳米管,生物材料等,以及开发基于软材料的传感器及致动器.他获得过科罗拉多大学的青年教师奖(2005),美国NSF的CAREERaward(2007),机械工程系的杰出研究奖(2016),等.
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随机现象:概率,统计和统计实验设计
RandomPhenomena:Probability,StatisticsandStstisticalDesignofExpriments
BabatundeA.Ogunnaike教授(院士)
课程编号333100学分3
授课对象面向北大所有正式注册学生开放(工学院学生优先)
先修课程无
课程简介:
建模,特征描述和随机现象分析的基本方法是要给学生提供解决工程问题及随机变化现象的基本原理,方法和工具.探讨应用领域包括实验设计,制造,系统可靠性,和细胞生物学.
Fundamentalapproachtomodeling,characterizationandanalysisofrandomphenomenawiththeaimofprovidingstudentswiththebasicprinciples,methodsandtoolsforsolvingengineeringproblemsinvolvingrandomlyvaryingphenomena.Applicationareasexploredincludeexperimentaldesign,manufacturing,systemreliability,andcellularbiology.
教材:BabatundeA.Ogunnaike,RandomPhenomena:FundamentalsofProbability&,StatisticsforEngineersCRCPress2016
参考书:张亮生产系统工程(中文精华版)北京理工大学出版社2016
教师简介:
ProfessorBabatundeA.OgunnaikeisanAcademicianandDeanfromChemEngDept,UniversityofDelaware,USA.
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跨文化服务设计CrossCulturalDesignforService
MichaelBarry,JulieStandford&,PamelaHinds副教授
课程编号333110学分3
授课对象面向北大所有正式注册学生开放(工学院学生优先)
先修课程无
课程简介:
跨文化服务设计课程分为五部分:DevelopingEmpathy,Prototyping,DevelopingInsights,TestingandIterating和Ideation.其中2016/7/4-2016/8/3到中国四川汶川实习并做相应调研.
教师简介:
Threeinstructorsofthiscourse,Prof.MichaelBarry,Prof.JulieStandford&,Prof.PamelaHinds,areallefromtheDesignSchool,StanfordUniversity,USA.
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纳米材料与纳米技术NanomaterialsandNanotechnology
BingqingWei教授
课程编号333120学分3
授课对象研究生和高年级本科生
先修课程无
课程简介:
纳米材料与纳米技术中的先进主题包括纳米结构,纳米材料的合成,性质,表征和应用.本课程将重点向学生介绍纳米材料的构建模块,当它们被组装时的材料性能,建筑纳米级结构技术及其特征,可以转换和存储能量的纳米材料,以及这些纳米材料和纳米技术的科技涵义.
Advancedtopicsinnanoscienceandnanotechnologyincludingnanostructures,nanomaterialsynthesis,properties,characterizations,andapplications.Theemphasiswillbetointroducestudentstothescienceofthebuildingblocksofnanostructuredmaterials,materialbehaviorwhentheyareassembled,technologyforbuildingnanoscalestructuresandfeatures,nanomaterialsforenergyconversionandstorage,andthetechnologicalimplicationsofthesenanomaterialsandnanotechnologies.
参
传播学类有关论文范文资料,与法律文题目大全中学相关毕业论文范文参考文献资料：