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14313 Process SimulationLabAllowed AidsMini- <strong>Module</strong>Type(PM/WPM/WM)PM - Compulsory <strong>Module</strong>Prof. Dr. KaiserStudy Division14312: none14313: noneVÜ2 3 2Use in Courses of StudyPLLbenotetLearning Goals / Competences14312 und 14313General:Optimization of the mould design and process optimization with 3D simulation programs.Technical Competence:The students are supposed to become acquainted with the procedure for the process optimization. Carrying outoptimization through own experiences. Understanding differences in the different optimization strategies. Todetermine influence of the cooling system on the part quality.Methods Competence:The students are able to optimize independent different processes and can optimize products.Social competence:Competence Area Concentration Mini-Concentration In Small AmountsProfessional CompetenceMethods CompetenceSocial CompetenceTeaching Contents14312 and 14313:Basics of the simulationdifferent calculation methodsData transfer (Import) of CAD-dataMaterial selection/material databaseProcedure of the calculation processDefinition of the optimal gate situationModeling of the runner systemProcess optimizationOptimizing coolingShrinkage and warpageLimits of the calculation methodLanguage German English Spanish FrenchChinese Portuguese Russian Other:1SHW = Semester Hours per Week
LiteratureComposition of the FinalMark14312 und 14313:Lecture manuscript,Kennedy: Flow Analysis Reference Manual, MoldflowPtyPeter Kennedy: Flow Analysis of Injection MoldsHerbert Rees: Mold EngineeringA. B. Glanville, E. N. Denton: Injection-Mould Design FundamentalsBox, Hunter, Hunter: Statistics for ExperimentersMontgomery: Design and Analysis of ExperimentsWeighting according to the number of CPComments / OtherLast UpdatedJuli 20131SHW = Semester Hours per Week
Page 1: Polymer TechnologyMaster of Science
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Page 11 and 12: o WeldingSimulation Techniques- Par
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