Transcription of Introduction to Nonlinear Analysis - MIT OpenCourseWare
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Contents:Textbook:Examples:Reference:Top ic1 IntroductiontoNonlinearAnalysis Introductiontothecourse Theimportanceofnonlinearanalysis Fourillustrativefilmsdepictingactualandp otentialnonlinearanalysisapplications Generalrecommendationsfornonlinearanalys is Modelingofproblems Classificationofnonlinearanalyses Exampleanalysisofabracket,smallandlarged eformations,elasto-plasticresponse Twocomputer-plottedanimations-elasto-pla sticlargedeformationresponseofaplatewith ahole-largedisplacementresponseofadiamon d-shapedframe Thebasicapproachofanincrementalsolution Timeasavariableinstaticanddynamicsolutio ns Thebasicincremental/iterativeequations , , , ,T., ,"OnFiniteElementLargeDisplacementandEla stic-PlasticDynamicAnalysisofShellStruct ures,"Computers&Structures,12,309-318, 'fS1S ( '\MECHANICS FINliEEll::t-"\ENTD15 CR~.,..'"2A-TIONS NLAt-'\ "R11\-\MS SOfTWA'QE(ONS''t>E:'RAT\DN~Nt::-CONCENTR ATEON~- M&Tl-\o1: TI-\Po-TA'e&5 ENE'RALL'IA?))
FINITE ELEMENT NONLINEAR ANALVSIS • Nonlinear analysis in engineering mechanics can be an art. • Nonlinear analysis can be a frustration. • It always is a great challenge. Some important engineering phenomena can only be assessed on the basis of a nonlinear analysis: • Collapse or buckling of structures due to sudden overloads
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