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Engineering Thermodynamics (Fall 2004) |
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Course code : | MENTEK-U1 | ||
ECTS Credits : | 5 | Status : | Optional |
Revised : | 11/08 2003 | Written : | 06/11 1997 |
Placement : | 6-7 semester | Hours per week : | 4 |
Length : | 1 semester | Teaching Language : | Danish |
Objective : | The aims of the course is to provide a further knowledge of calculation,designing, analysis and optimization of thermal systems. | ||
Principal Content : | The course will be organized in consideration of the current interest and the latest developments in the field of energy conversion . Analysis - Energy (availability) - System simulation Reacting mixtures and combustion - Combustion process - Conservation of energy for reacting system - Enthalpy of combustion and heating values - Adiabatic flame temperature Heat Transfer -Batch processer - Optimering - Pinch-method Power and refrigeration systems - Vapor-compression Refrigeration - Absorption refrigeration - Heat pump systems - Vapor power systems Avilability analysis of vapor power plant |
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Teaching method : | The teaching form is based upon class teaching, problem-solving, supported by laboratory work. | ||
Required prequisites : | TERMO2 Enrolled | ||
Recommended prerequisites : | TERMO2 Passed | ||
Relations : | - | ||
Type of examination : | Oral examination | ||
External examiner : | External | ||
Marking : | Scale of 13 | ||
Remarks : | Admission to the examination is on the condition that laboratory exercises and required home work is completed satisfactory. Usually the course will be offered in autumn semesters. |
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Teaching material : | Cerbe / Hofmann: Einfüring in die Thermodynamik + Supplementary application notes Christopher A. Long: Essentiel Heat tranfer Suppl. Literature: AA B. Lauritsen, S. Gundtoft, AA B Eriksen: Termodynamik |
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Responsible teacher : | Magda Nielsen
, man@ihk.dk |