university of maribor faculty of chemistry and chemical engineering ...
university of maribor faculty of chemistry and chemical engineering ...
university of maribor faculty of chemistry and chemical engineering ...
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Predmet:Subject Title:Univerza v MariboruUniversity <strong>of</strong> MariborFakulteta za kemijo inkemijsko tehnologijoFaculty <strong>of</strong> Chemistry <strong>and</strong>Chemical EngineeringUČNI NAČRT PREDMETA / SUBJECT SPECIFICATIONPRENOS TOPLOTEHEAT TRANSFERŠtudijski programStudy programmeKemijska tehnologijaChemical TechnologyŠtudijska smerStudy fieldLetnikYear2.SemesterSemesterzimskiAutumnUniverzitetna koda predmeta / University subject code:PredavanjaLecturesSeminarSeminarSem. vajeTutorialsLab. vajeLaboratoryworkTeren. vajeField workSamost. deloIndivid. work45 15 15 75 5ECTSNosilec predmeta / Lecturer:Jurij KropeJeziki /Languages:Predavanja / Lecture: slovenski / SloveneVaje / Tutorial: slovenski / SlovenePogoji za vključitev v delo oz. za opravljanje Prerequisites:študijskih obveznosti:- -Vsebina:Osnove prenosa toplote, temperaturni gradientin Fourierjev zakon difuzije toplotePrevod toplote: stena, valj, kroglaPrestop toplote: naravna in prisilna konvekcija,uparjanje in kondenzacijaSevanje toplote: procesi in lastnosti, izmenjavatoplote med površinamiPrenosniki toplote: vrste, toplotna prehodnost,temperaturna razlika dveh medijev pri različnihmedsebojnih tokovih, toplotna analizaIzolacije: vrste, uporaba v procesneminţenirstvu, optimalna debelinaSeminarske vaje:reševanje primerov iz vsebine predmetaLaboratorijske vaje:Prenos toplote z naravno in prisilno konvekcijoPrenos toplote v cevnem prenosniku toploteContent (Syllabus outline):Overview <strong>of</strong> heat transfer, temperature gradient<strong>and</strong> Fourier law <strong>of</strong> diffusion.Conduction: analytical solution <strong>of</strong> problems (planewall,, cylinder, sphere)Convection: free <strong>and</strong> forced convection, boiling<strong>and</strong> condensationRadiation: processes <strong>and</strong> properties, heatexchange between surfacesHeat exchangers: types, the overall heat transfercoefficient, calculation <strong>of</strong> temperature difference <strong>of</strong>both media, heat analysisInsulation: types, use in the process <strong>engineering</strong>,optimal tichknes.Titorials:examples from theme <strong>of</strong> the subjectLaboratory work:Heat transfer at the natural <strong>and</strong> forced convectionHeat transfer in pipe heat exchanger29
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